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DEVELOPMENT OF PERFORMANCE CRITERIA FOR
PROTECTIVE CLOTHING USED AGAINST
CARCINOGENIC LIQUIDS
by
Gerard C. Coletta
Arthur D. Schwope
Irving J. Arons
Jerry W. King
Andrew Sivak
ARTHUR D. LITTLE. INC.
CAMBRIDGE, MASSACHUSETTS 02140
Contract No. 210-76-0130
U. S. DEPARTMENT OF HEALTH, EDUCATION, AND WELFARE
Public Health Service
Center for Disease Control
National Institute for Occupational Safety and Health
Division of Physical Sciences and Engineering
Cincinnati, Ohio 45202
OCTOBER 1978
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DISCLAIMER
The contents of this report are reproduced herein as received from the contractor.
The opinions, findings, and conclusions expressed herein are not necessarily those
of the National Institute for Occupational Safety and Health, nor does mention
• of company names or products constitute endorsement by the National Institute
• for Occupational Safety and Health.
NIOSH Project Officer: William F. Todd
Principal Investigator: Arthur D. Little, Inc.
I
DHEW (NIOSH) Publication No. 79-106
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FOREWORD
The National Institute for Occupational Safety and Health (NIOSH) is responsible for
helping ensure that every person in the Nation has safe and healthful working conditions. To
accomplish this end, the Institute engages in research on occupational safety and health prob-
lems, including the evaluation of hazards and the development of testing and performance
requirements for personal protective equipment.
One of the many work-place hazards considered to be significant by the Institute is dermal
contact with carcinogenic liquids. At the present time, there are no comprehensive criteria or
other guidelines available to assist in the manufacture, selection, and testing of protective
clothing materials and garments used to protect against this hazard. Therefore, Arthur D. Little,
Inc., is pleased to publish this initial research effort for development of such criteria.
It should be noted that the research described here was contracted under a specific scope of
work. Further evaluation and validation of the developed criteria are necessary.
m
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PREFACE
This report addresses three principal topics:
1. An identification of occupational exposures to carcinogenic liquids (Section II).
2. The development of performance criteria for materials used in protective clothing
for use against carcinogenic liquids (Section III); and
3. The development of a permeation test method for evaluating clothing materials
(Section IV).
. Of particular interest are the results of the permeation experiments. In these experiments,
clothing materials were evaluated as barriers to several industrially important chemicals sus-
pected of being carcinogenic (e.g., benzene and trichloroethylene). The results suggest that
•several commercially-available materials may not offer adequate protection in certain
applications.
Further, it should be noted that Appendix A is a collection of "overview documents" for
each chemical used in the experimental program. Each document is a summary of the primary
sources, uses, properties, hazards, and recommended handling procedures of the subject
chemical.
Arthur D. Little, Inc., has carried out this research assignment for the National Institute for
Occupational Safety and Health (NIOSH) under the direction of Project Officer William F. Todd
of the Protective Equipment Section, Control Technology Research Branch, Division of Physical
Sciences and Engineering. NIOSH, a research institute of the U.S. Department of Health,
Education, and Welfare, was created by the Occupational Safety and Health Act of 1970. As
mandated by this Act, NIOSH performs and sponsors research, and develops criteria for recom-
mended standards applicable to the problems of occupational safety and health.
The data collected in this and subsequent investigations are intended to support safety
standards needed to ensure the proper protection of workers who handle potentially harmful
chemicals.
IV
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ABSTRACT
Workers who produce, use, and transport liquid chemicals can be exposed to many com-
pounds capable of causing harm to the human body. The deleterious effects of contacting these
liquids can range from acute trauma, such as skin irritation and burn, to chronic degenerative
disease, such as cancer. Contacts can extend from one-time splashes to continuous 15-60 minute
wettings due to accidental spills or emergency situations. Accordingly, there is a strong need for
clothing that will protect workers for at least 60 minutes of continuous contact. However,
com -/rehensive performance criteria for protective clothing is lacking.
In this study, a set of recommended performance criteria was compiled. Further, to fill a
void in the coverage of available test methods, a simple experimental procedure was developed to
measure the resistance to permeation of protective clothing materials by liquid chemicals. Using
this procedure, the barrier properties of several polymeric materials were evaluated against nine
rarcinogenic liquids (e.g., benzene, trichloroethylene and /tf-propiolactone). Breakthrough times,
steady state fluxes, and chemical solubilities were measured. In many cases, the breakthrough
times for widely used materials were less than the recommended 60 minutes.
Such results suggest that many workers may not be protected by currently recommended
clothing. However, substantially improved protection could be provided if comprehensive per-
formance profiles were generated and made available for the design and specification of pro-
tective clothing. Clothing materials should be subjected to a comprehensive performance
evaluation. Evaluations, including permeation testing against the specific chemical to be han-
dled, should be performed over the range of anticipated exposure conditions.
This report was submitted in fulfillment of Contract No. 210-76-0130 by Arthur D. Little,
Inc., under the sponsorship of the National Institute for Occupational Safety and Health.
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TABLE OF CONTENTS
Page
Foreword Hi
Preface iv
Abstract u
List of Tables ix
List of Figures x
Acknowledgments xii
I. INTRODUCTION 1
II. OCCUPATIONAL EXPOSURES TO CARCINOGENIC LIQUIDS 3
A. SELECTED CARCINOGENIC COMPOUNDS 3
B. OVERVIEW DOCUMENTS 3
C. OCCUPATIONAL EXPOSURES 4
1. Production and Use 4
2. Transportation 6
3. Summary 6
III. PROTECTIVE CLOTHING USED AGAINST CARCINOGENIC LIQUIDS 7
A. PERFORMANCE REQUIREMENTS 7
B. PERFORMANCE CRITERIA 7
C. STANDARDIZED TEST METHODS 8
1. Strength 9
2. Chemical Resistance 11
3. Thermal Resistance 11
4. Dexterity/Flexibility 12
5. Cleanability 12
6. Aging Resistance 13
IV. RESISTANCE OF PROTECTIVE CLOTHING MATERIALS TO
PERMEATION BY CARCINOGENIC LIQUIDS 14
A. PERMEATION MECHANISM 14
B. PERMEATION TEST METHOD 14
1. Test Apparatus 16
2. Test Procedure 16
3. Test Data and Sensitivity 16
vii
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TABLE OF CONTENTS (Continued)
Page
IV. RESISTANCE OF PROTECTIVE CLOTHING MATERIALS TO
PERMEATION BY CARCINOGENIC LIQUIDS (Continued)
C. PERFORMANCE OF CURRENTLY-USED PROTECTIVE
CLOTHING MATERIALS AGAINST LIQUID CARCINOGENS 18
1. Materials 19
2. Analytical Detection of Carcinogens 19
3. Primary Test Results 20
4. Supplementary Test Results 41
D. MATHEMATICAL MODEL 45
1. Permeation by Simple Diffusion 45
2. Permeation Through Filled Elastomers 50
E. DISCUSSION 61
V. CONCLUSIONS AND RECOMMENDATIONS 63
A. PERFORMANCE STANDARDS 63
1. Conclusion 63
2. Discussion 63
3. Recommendation 63
B. FUTURE AVAILABILITY OF TRADE RECOMMENDATIONS
FOR CLOTHING TO BE USED AGAINST CARCINOGENS 64
1. Conclusion 64
2. Discussion 64
3. Recommendation 64
C. MINIMUM PERFORMANCE AGAINST CARCINOGENS 65
1. Conclusion 65
2. Recommendation 65
D. PERMEATION TEST 65
1. Conclusion 65
2. Recommendation 66
viii
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TABLE OF CONTENTS (Continued)
Page
V. CONCLUSIONS AND RECOMMENDATIONS (Continued)
E. RAPID SCREENING OF CANDIDATE MATERIALS 66
1. Conclusion 66
2. Discussion 66
3. Recommendation 66
F. TEST CONDITIONS 66
1. Conclusion 66
2. Discussion 66
3. Recommendation 67
G. TEST SPECIMENS 67
1. Discussion 67
2. Recommendation 67
H. LEATHER 67
1. Discussion 67
2. Recommendation 67
I. PESTICIDES AND OTHER HARMFUL CHEMICALS 68
1. Conclusion 68
2. Discussion 68
3. Recommendation 68
J. NIOSH CRITERIA DOCUMENTS 68
1. Conclusion 68
2. Recommendation 68
VI. APPENDICES A-1
APPENDIX A - OVERVIEW DOCUMENTS A-2
APPENDIX B - TEST METHODS B-1
APPENDIX C - A CORRECTION FOR DECOMPOSING COMPOUNDS C-1
APPENDIX D - REFERENCES (TO TEXT) D-1
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LIST OF TABLES
Table No. Page
1 Carcinogenic Compounds Selected for Study 4
2 Protective Clothing Performance Requirements 8
3 Recommended Test Methods
Summary Tabulation 10
4 Protective Clothing Materials 19
5 Trichloroethylene Solubility in Selected Clothing Materials
at 22° C 23
6 Trichloroethylene Permeation Through Selected Clothing
Materials 23
7 Epichlorohydrin Solubility in Selected Clothing Materials
at 22°C 25
8 Epichlorohydrin Permeation Through Selected Clothing
Materials 25
9 Creosote Permeation Through Selected Clothing Materials 27
10 Benzene Solubility in and Permeation Through Selected
Clothing Materials 29
11 Ethylenimine Solubility in Selected Clothing Materials at
22°C 32
12 Ethylenimine Permeation Through Selected Clothing Materials 32
13 1,1-Dimethylhydrazine Solubility in Selected Clothing
Materials at 22°C 34
14 1,1-Dimethylhydrazine Permeation Through Selected Ciothing
Materials 34
15 2-Nitropropane Solubility in Selected Clothing Materials at 22°C 36
16 2-Nitropropane Permeation Through Selected Clothing Materials 36
17 0-Propiolactone Solubility in Selected Clothing Materials at 22°C 38
18 0-Propiolactone Permeation Through Selected Clothing Materials 38
19 Hexamethylphosphoramide Solubility in Selected Clothing
Materials at 22°C 40
20 Hexamethylphosphoramide Permeation Through Selected
Clothing Materials 40
21 Benzene Permeation Through Neoprene at Three Temperatures 41
22 Permeation Through Strained and Strain-Cycled Clothing
Materials 43
23 Permeation of Benzene Through Pre-Exposed Clothing
Materials 44
24 Summary of Breakthrough Times of Selected Chemicals
Through Protective Clothing Materials at 22°C 62
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LIST OF FIGURES
Figure No. Page
1 Typical Permeation Rate Through an Elastomeric Material 15
2 Sketch of Permeation Cell 17
3 Typical Permeation Through an Elastomeric Membrane 48
4 Permeation Data for Benzene-Natural Rubber Latex (0.028 cm) 51
5 Permeation Data for Benzene-Polyethylene (0.006 cm) 52
6 Permeation Data for Benzene-Viton (0.16 cm) 53
7 Example of Poor Fit of Simple Diffusion Model to Experimental
Data for Nitrile Rubber Latex Glove Material 54
8 Graphic Representation of the Concentration Gradient During
the Short-Time Transient Phase of Carcinogen Permeation
Through an Elastomeric Membrane Containing an Active Filler 58
XI
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ACKNOWLEDGMENTS
Special appreciation is extended to the following organizations for their assistance during
this program.
Ansell Corporation
E. I. du Pont de Nemours and Company
Edmont-Wilson, A Division of Becton Dickinson and Company
Jomac Products, Inc.
Pioneer Rubber Company
Rainfair, Inc.
Sawyer Tower Products, A Division of the Norton Company
Allied Chemical Corporation
Dow Chemical Company
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I. INTRODUCTION
Workers involved in the production, use, and transportation of industrial chemicals can be
exposed to numerous compounds capable of causing harm to the human body. These chemicals
can be in the form of vapors, mists, dusts, liquids, and solids. Exposures can occur during routine
work-place activities as well as during emergency situations, even with chemical processing
systems incorporating state-of-the-art designs and controls. One of the most serious hazards of
exposure to chemicals is skin contact by liquids. The deleterious effects of certain liquids can
range from acute trauma, such as skin irritation and burn, to chronic degenerative disease, such
as cancer. This strongly suggests that emphasis should be placed on eliminating skin contacts
through measures such as the use of protective clothing.
However, although considerable effort has been expended in the development of many other
areas of personal protection, relatively little effort has gone into developing criteria for the proper
specification and use of protective clothing. In fact, there is almost no comprehensive information
available which describes the properties that clothing materials should have in order to provide
protection against harmful liquids. Clothing materials appear to be selected most often on the
basis of their resistance to visible degradation by common solvents, acids or alkalies. In many
cases the test chemical may not be the chemical of concern (i.e., an analog is used) and, therefore,
may not interact with clothing materials in the same way. Further, even if clothing materials
resist visible degradation or swelling, a question remains as to the completeness of protection
actually provided since permeation of small amounts of liquid can occur without gross inter-
actions with the barrier. This question is especially important when considering resistance to
permeation by carcinogenic chemicals which have no established threshold levels for carcinoge-
nicity on skin contact.
While guidelines for safe exposures* have been developed for other toxic chemicals, few such
guidelines have been promulgated for carcinogenic chemicals. Accordingly, the Occupational
Safety and Health Administration (OSHA) recommends that protective clothing materials be
impermeable to carcinogenic liquids.1 However, OSHA does not offer recommendations for
assessing the barrier properties of such clothing materials.
Because of the absence of this important information, the National Institute for Occupa-
tional Safety and Health (NIOSH) has sponsored this program to investigate the performance of
protective clothing materials against selected carcinogenic chemicals. Emphasis has been placed
on studying permeation of chemicals handled in the liquid state. The results of this work, as
presented in this report include:
(1) A description of the form and extent of worker needs for protective clothing;
Defined as time-weighted average (TWA) concentrations for an 8-hour work day.
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A-81
(2) A recommended criterion for clothing resistance to permeation and an overview of
several other functional requirements;
(3) Recommended test methods for evaluating the performance of clothing materials;
and,
(4) Data showing the resistance of currently-used clothing materials to permeation by
selected carcinogens.
The next section begins this presentation with a review of occupational exposures to
carcinogenic liquids.
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TABLE 5
TRICHLOROETHYLENE SOLUBILITY IN SELECTED CLOTHING MATERIALS AT 22°C
Solubility
Clothing Material
Nitrile rubber1
Neoprene rubber1
PVC-coated nylon2
Polyvinyl alcohol3
Polyethylene4
Polyurethane-coated nylon2
Viton1
Butyl rubber1
TABLE 6
TRICHLOROETHYLENE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
gm/gm of Material
2.17
1.18
0.14
0.03
0.06
1.15
0.02
1.48
Cs, gm/cm3 of
Swollen Material
0.87
0.73
0.15
0.04
0.41
0.95
0.04
0.87
Material
Nitrile Rubber1
Neoprene Rubber1
Polyvinyl alcohol3
Thickness, S.
(cm)
0.094
0.079
0.009
Breakthrough
Time (minutes)5
10-15
10-15
Steady State
Flux, J(gm/cm2/min)
6.0 x 10'5
5.3 x 10"s
0.8 x 10'5
1. MIL. Spec, sheet.
2. Outerwear material.
3. Cast film.
4. Glove material.
5. At a minimum detection limit of 1 ppm.
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TABLE 7
EPICHLOROHYDRIN SOLUBILITY IN SELECTED CLOTHING MATERIALS AT 22°C
Solubility
Clothing Material
Nitrile rubber1
Neoprene rubber1
PVC-coated nylon2
Polyvinyl alcohol3
Polyethylene4
Polyurethane-coated nylon2
Viton1
Butyl rubber1
gm/gm of Material
0.28
0.44
1.03
Negligible
0.12
2.70
0.42
0.05
C , gm/cm3 of
Swollen Material
0.23
0.37
0.60
Negligible
0.10
0.86
0.46
0.05
TABLE 8
EPICHLOROHYDRIN PERMEATION THROUGH SELECTED CLOTHING MATERIALS
Material
Neoprene Rubber1
Polyvinyl alcohol3
Butyl Rubber2
Thickness, S.
(cm)
0.076
0.008
0.084
Breakthrough
Time5
60-80 min.
< 5 min.
79 hrs.
Steady State
Flux, J(gm/cm2/min)
11. Ox Ws
13.0x 10"s
0.02 x 10~5
1. MIL. Spec, sheet.
2. Outerwear material.
3. Cast film.
4. Glove material.
5. At a minimum detection limit of 1-5ppm.
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TABLE 9
CREOSOTE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
_ Breakthrough
• Material Thickness, 2 (cm) Time (minutes)2
Neoprene rubber1 0.076 270
Viton1 0.043 >5760 (96 hours)
Butyl rubber1 0.081 >5400 (90 hours)
1. MIL. Spec, sheet.
2. At a minimum detection limit of 1-5 ppm.
27
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TABLE 11
ETHYLEIMIMINE SOLUBILITY IN SELECTED CLOTHING MATERIALS AT 22°C
Solubility
C$, gm/cm3 of
Clothing Material gm/gm of Material Swollen Material
Natural rubber1 0.15 0.12
Neoprene rubber1 gummy —
Viton decomposed —
Butyl rubber2 0.14 0.12
TABLE 12
ETHYLEIMIMINE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
Material
Neoprene1
Butyl rubber2
Thickness, 2
(cm)
0.020
0.084
Breakthrough
Time3
< 5 min.
10- 16hrs.
Steady Stat
Flux, J(gm/cm2
_4
0.45 x 10'5
1. Glove material.
2. Military Specification sheet.
3. At a minimum detection limit of 10-30 ppm.
4. Steady state was never achieved because degradation of the material was too quick.
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TABLETS
1,1-DIMETHYLHYDRAZINE SOLUBILITY IN SELECTED CLOTHING MATERIALS AT 22°C
A-8 7
Solubility
Clothing Material
Nitrile rubber1
Neoprene rubber1
PVC-coated nylon2
Polyvinyl alcohol3
Polyethylene4
Polyurethane-coated nylon2
Viton1
Butyl rubber1
gm/gm of Material
0.38
0.30
0.35
Dissolved
Slight weight loss
Polyurethane
decomposed
Decomposed
0.1
Cs, gm/cm of
Swollen Material
0.32
0.33
0.36
0.1
TABLE 14
1,1-DIMETHYLHYDRAZINE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
Material
Neoprene1
PVC-coated nylon2
Butyl rubber1
Thickness, £
(cm)
0.076
0.043
0.084
Breakthrough
Time5
25-40 min.
5-10 min.
23-27 hrs.
Steady Sta
Flux, J (gm/cm
45.0 x 10'5
19.0x10's
0.29 x 10~5
1. Mil. Spec, sheet.
2. Outerwear material.
3. Cast film.
4. Glove material.
5. At a minimum detection limit of 10 ppm.
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TABLE 15
2-NITROPROPANE SOLUBILITY IN SELECTED CLOTHING MATERIAL AT 22°C
Solubility
Clothing Material
Nitrile rubber1
Neoprene rubber1
PVC-coated nylon2
Polyvinyl alcohol3
Polyethylene4
Polyurethane-coated nylon2
Viton1
Butyl rubber1
gm/gm of Material
0.72
0.23
0.42
Negligible
0.07
0.99
1.07
0.02
GS, gm/cm3 of
Swollen Material
0.41
0.22
0.34
Negligible
0.06
0.54
0.66
0.02
TABLE 16
2-NITROPROPANE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
Material
Nitrile Rubber1
Polyvinyl alcohol3
Butyl Rubber1
1. MIL. Spec, sheet.
2. Outerwear material.
3. Cast film.
4. Glove material
5. At a minimum detection limit of 10 ppm.
Thickness, S.
(cm)
0.09
0.02
0.08
Breakthrough
Time
25-50 min.
< 5 min.
>101
Steady Stat
Flux, J(gm/cm2
20.0x10's
4.4 x 10"s
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TABLE 17
0-PROPIOLACTONE SOLUBILITY IN SELECTED CLOTHING MATERIALS AT 22°C
A-89
Solubility
Clothing Material
Natural rubber1
Nitrile rubber2
Neoprene rubber2
Butyl rubber2
PVC-coated nylon3
Polyvinyl alcohol4
Polyethylene1
Polyurethane-coated nylon3
Viton2
gm/gm of Material
0.09
0.29
0.31
0.01
0.15
reacted
0.18
1.85
0.69
GS, gm/cm3 of
Swollen Material
0.01
0.23
0.29
0.01
0.16
-
0.15
0.75
0.60
TABLE 18
J3-PROPIOLACTONE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
Material
Natural rubber1
Polyethylene1
Polyurethane-coated
nylon3'5
Thickness, £
(cm)
0.030
0.006
0.003
Breakthrough
Time6 (minutes)
15-20
10-30
<5
Steady State
Flux, J(gm/cm2 /min)
0.43 x 10's
0.12 x 10's
83.0x10"s
1. Glove material.
2. MIL. Spec, sheet.
3. Outerwear material
4. Cast film.
5. Thickness measurement represents polyurethane only.
6. At a minimum detection limit of 2 ppm.
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TABLE 19
HEXAMETHYLPHOSPHORAMIDE SOLUBILITY IN SELECTED CLOTHING MATERIALS AT 22°C
Solubility
Clothing Material
Nitrile rubber1
Neoprene rubber1
PVC-coated nylon2
Polyvinyl alcohol4
Polyethylene3
Polyurethane-coated nylon2
Viton1
Butyl rubber1
gm/gm of Material
0.78
2.72
Dissolved
Dissolved
0.22
2.42
2.50
0.08
GS, gm/cm3 of
Swollen Material
0.44
0.79
-
-
0.17
0.76
0.84
0.07
TABLE 20
HEXAMETHYLPHOSPHORAMIDE PERMEATION THROUGH SELECTED CLOTHING MATERIALS
Material
Nitrile rubber1
Butyl rubber1
Polyethylene3
Thickness, £
(cm)
0.094
0.084
0.006
Breakthrough
Time5
1.0-1. 5 hrs.
1.0-1. 5 hrs.
15-25 min.
Steady Sta
Flux, J(gm/cm;
1.3 x 10"s
0.002 x 10"s
0.4 x 10's
1. Mil. Spec, sheet
2. Outerwear material
3. Glove material
4. Cast film
5. At a minimum detection limit of 3 ppm
40
-------
A-91
4. Supplementary Test Results
The permeation data presented above relate to new, unused protective clothing materials
tested at 22°C (ambient temperature) and in a non-strained condition. In actual use, clothing
materials can be exposed to carcinogenic liquids at temperatures other than 22°C, and these
materials are usually subject to flexing and stretching (e.g., at finger, elbow and knee joints). In
addition, protective clothing is often reworn after contact with a carcinogen. Therefore, several
tests were carried out to ascertain whether resistance to permeation is influenced by one or more
of these factors.
a. Non-ambient Temperatures
Neoprene was tested against benzene at 7°C and 37°C in order to investigate the influence
of temperature on breakthrough and permeation rate. The tests followed the usual protocol
except that the test cell was immersed in a water bath at the appropriate temperatures. The
results of these tests, in addition to the earlier results at 22°C, are reported in Table 21. The
solubility of benzene in neoprene at each temperature is also included.
TABLE 21
BENZENE PERMEATION THROUGH NEOPRENE1 AT THREE TEMPERATURES
Test
Temperature
7
22
37
Solubility, C$
(gm/cm3 of
Swollen Neoprene)
0.49
0.49
0.49
Breakthrough
Time2 (min)
40
24
16
Steady State
Flux, J
(gm/cm2 /min)
19 x 10~5
23 x 10"s
33x10'5
1. MIL. Spec, sheet, at a thickness of 0.08 cm.
2. At a minimum detection limit of 5-10 ppm.
There was a significant decrease in breakthrough time and an increase in steady state flux
as the temperature is increased. This result is not unexpected, and confirms that clothing
permeation should be evaluated over the range of temperatures expected under actual use
conditions. The constant solubility over this temperature range is not unusual as many other
elastomers are known to exhibit similar behavior above their glass transition temperatures.
b. Strained and Strain-cycled Materials
Protective clothing materials can be exposed to carcinogenic liquid while strained or after
undergoing strain-cycling. Strained materials represent the condition of stretched materials
covering the knee, elbow, and finger joints during flexure. Strain-cycled materials simulate the
41
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TABLE 23
PERMEATION OF BENZENE THROUGH PRE-EXPOSED1 CLOTHING MATERIALS
Clothing
Material
Neoprene2
Butyl Rubber2
Pre-exposed
(?)
Yes
No
Yes
No
Thickness, 8
(cm)
0.076
0.076
0.084
0.084
Breakthrough
Time3 (min)
26
24
51
54
Steady State
Flux, J
(gm/cm2/min)
31 x 10'5
23x10'5
20 x 10"5
20 x 10'5
1. Material specimens saturated with benzene and then air-dried for 18 hours.
2. MIL. Spec, sheet.
3. At a minimum detection limit of 5-10 ppm.
44
•-93
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J,
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in Perspiration S
ppm
Benzene Concentration
M
K3
O
FIGURE 4
PERMEATION DATA FOR BENZENE-NATURAL RUBBER LATEX (0.028 cm)
[Dots(-) = experimental data; Solid line(-) = prediction from
simple diffusion model]
i 4-—+^
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Exposure Time (min)
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51
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A-95
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FIGURE 5
—
PERMEATION DATA FOR BENZENE-POLYETHYLENE (0.006 cm)*
— [Dots(-) = experimental data; Solid line(-) =
"7" simple diffusion model]
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*Thiokness of material.
Exposure Time (min)
52
-------
Benzene Concentration (ppm) in Perspiration Simulant >
U3
Ml—' O^
M *- a\ co o to
O O O O O O
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FIGURE 6
PERMEATION DATA FOR BENZENE-VITON (0.16
[Dots(') = experim
simple diffusion
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OF POOR FIT
FIGURE 7
OF SIMPLE DIFFUSION MODEL TO
A-9
DATA FOR NITRILE RUBBER LATEX GLOVE MATERIAL
xperimental data; Solid line(-) = prediction fro
usion model]
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Exposure Time (min)
54
-------
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A-98
TABLE 24
SUMMARY OF BREAKTHROUGH TIMES OF SELECTED CHEMICALS
THROUGH PROTECTIVE CLOTHING MATERIALS AT 22°C
Carcinogen
Trichloroethylene
Epichlorodydrin.
Coal-Tar Creosote
Benzene
Ethylenimine
1,1 -Dimethylhydrazine
2-Nitropropane
|3-Propiolactone
Hexemethylphosphoromide
Clothing Material
!iecilun
Limit
(ppm)
1
1-5
1-5
Composition
Nitrile rubber
Neoprene rubber
Polyvinyl alcohol
Polyvinyl alcohol
Neoprene rubber
Butyl rubber
Neoprene rubber
Butyl rubber
Viton
Thickness
(cm)
0.094
0.079
0.009
0.008
0.076
0.084
0.076
0.081
0.043
Breakthrough
Time (min)
10-15
10-15
<15
<5
60-80
4740
270
>5400
>5760
5-10 Polyethylene
Polyurethane-coated
nylon
Natural rubber
Nitrile rubber
PVC-coated nylon
Polyvinyl alcohol
Neoprene rubber
Butyl rubber
Viton
10-30 Neoprene rubber
Butyl rubber
10 PVC-coated nylon
Neoprene rubber
Butyl rubber
10 Polyvinyl alcohol
Nitrile rubber
Butyl rubber
10 Polyurethane-coated
nylon
Natural rubber
Polyethylene
3 Polyethylene
Butyl rubber
Nitrile rubber
62
0.006
0.02
0.028
0.041
0.043
0.023
0.076
0.084
0.16
0.02
0.084
0.043
0.076
0.084
0.02
0.09
0.08
0.003
0.03
0.006
0.006
0.084
0.094
2
2
5
6
10
25
88
900
<5
600-960
5-10
25-40
1380-1620
<5
25-60
>6060
<5
15-20
10-30
15-25
60-90
60-90
-------
A-99
Chemical
1 Inorganic salts
Iodine
Isooctane
Isopropanol
Isopropyl alcohol
K Kerosene
Ketones
L Lacquer thmners
Lactic acid
Laurie acid
Lineoieic acid
Linseed oil
M Maleic acid
Mercuric chloride
Mercury
Methane gas
Methanol
Methyl acetate
Methyl alcohol
Methylarrune
Methyl bromide
Methyl cellosolve
•Methyl chloride
•Methyl ethyl ketone
Methyl formate
Methylene bromide
Methylene chloride
•Methyl isobutyl ketone
Methyl methacrylate
Mineral oils
•Monochlorobenzene
Monoethanoiamme
Morpholme
Muriatic acid
N Naphthalene
Naphthas, aliphatic
Naphthas, aromatic
•Nitric acid
•Nitric acid, red and
white fuming
•Nitrobenzene
•Nitroethane
Nitrogen gas
•Nitromethane
•Nitropropane
Nitrous oxide
0 Octyl alcohol
Oleic acid
Oxalic acid
Oxygen, liquid
Ozone
P Paint thmners
Paint and varnish removers
Palmitic acid
•Paradichlorobenjene
Parathion
Pentaborane
Pentachlorophenol
Pentane
perchloric acid
Perch loroethylene
Perklene
Permachlor
petroleum distillates
(naphtha)
Petroleum spirits
Phenylenediamme
phenylhydrazine
Phil-solv
Neo-
prene
E
G
F
E
E
E
G
G
E
E
E
E
E
G
G
E
E
G
E
F
G
NR
G
G
G
G
F
G
E
F
E
E
E
G
E
G
G
P
F
F
E
F
F
G
E
E
E
F
G
G
G
E
p
P
F
F
E
E
F
E
E
G
E
E
G
G
E
Natural
latex or
rubber
E
F
P
E
E
F
£
F
E
F
P
P
E
E
G
E
E
F
E
F
F
NR
G
F
G
F
F
G
F
P
G
E
G
F
F
P
F
P
P
P
E
P
P
G
E
F
E
P
p
F
F
E
F
F
P
G
G
F
NR
NR
F
P
F
F
P
F
Milled
nitnle
E
G
E
E
E
E
P
P
E
E
E
E
E
G
G
E
E
P
E
G
F
Q
NR
NR
F
F
F
P
F
E
P
E
G
G
G
E
G
F
P
F
F
E
F
F
G
E
E
E
NR
P
G
F
E
E
F
F
G
E
G
G
G
E
E
E
F
G
E
Butyl
E
G
P
E
E
F
E
F
E
E
F
F
E
E
E
E
E
G
E
G
G
NR
E
G
G
G
E
E
F
F
E
E
E
F
F
P
F
P
F
F
E
F
F
' G
E
G
E
F
G
F
F
E
E
F
F
G
G
G
NR
NR
NR
F
G
G
G
Nitrile
latex
E
G
E
E
E
E
P
P
E
E
G
E
E
E
G
E
E
P
E
G
F
Q
NR
NR
F
F
F
P
F
E
P
E
G
G
G
E
G
F
P
F
F
E
F
F
G
E
E
E
NR
P
G
F
E
E
F
F
G
E
G
E
E
E
E
F
G
G
E
Chemical
Phosphoric acid
Pickling solution
Picric acid
Pine oil
Pitch
Plating solutions
Potassium alum
Potassium bromide
Potassium chrome alum
Potassium dichromate
Potassium ferrocyanide
Potassium hydroxide
Printing inks
Propane gas
Propanol (iso)
Propyl acetate
Propyl alcohol
Propyl alcohol (iso)
Propylene gas
Propyne gas
Pyrethrum
R'Red fuming nitric acid
Rhodium fume and dust
S Silver nitrate
Skydrol 500
Sodium carbonate metol
Sodium hydroxide
Sodium sulfite
Sodium thiosulfide
Solvarsol
Sotvessos '
Steanc acid
Stoddard solvent
Styrene
Styrene 100%
Sulfunc acid
T Tannic acid
Tetrahydroborane
Tetraethyl lead
Tetrahydrofuran
•Toluene
Toluene dnsocyanate
•Toluol
Trichlor
•Trichloroethylene
"Trichloroethane
Tricresyl phosphate
Tridecyl alcohol
Triethanolamme
Trinitrotoluene
Trinitrotoluol
Triptane
Tung oil
Turco No 2998
Turpentine
U Unsymmetrical
Dimethylhydrazine
V Varnolme gas
Vanadium fume and dust
Varsol
Vegetable oils
W Wood alcohol
Wood preservatives
•Woodyouth
X'Xylene
•Xylol
•Xylidene
Z Zinc chloride
Neo-
prene
E
G
E
E
E
E
G
G
G
F
G
E
E
E
E
G
E
E
E
E
E
P
E
E
P
G
E
G
G
E
P
E
E
P
P
G
E
F
E
P
F
F
F
F
F
P
G
G
E
G
G
E
E
P
G
F
E
E
G
E
E
G
F
P
P
E
E
Natural
latex or
rubber
G
G
G
P
P
G
G
F
G
E
G
E
E
F
c
E
F
F
E
P
E
G
G
G
E
G
G
F
P
E
F
P
P
G
E
P
F
F
P
G
P
P
F
P
F
F
G
P
P
P
P
P
F
P
F
E
F
G
E
F
P
P
P
F
E
Milled
nitrile
E
G
E
E
E
f£
G
G
F
G
E
G
E
E
F
E
E
E
E
E
P
E
E
P
G
E
E
E
E
G
E
E
F
F
G
E
F
E
F
F
F
F
G
G
F
E
E
E
G
G
E
E
E
F
E
E
G
E
E
G
F
F
F
F
E
Butyl
E
E
G
F
F
E
E
E
E
E
E
G
E
E
G
E
E
E
E
E
P
E
E
G
E
E
E
E
F
P
E
G
P
P
G
E
F
G
F
NR
G
NR
p
P
P
F
F
G
F
F
F
F
F
F
P
F
E
F
G
E
G
G
P
P
F
E
Nitrile
latex
E
G
E
E
E
5
G
F
G
E
G
E
E
F
E
E
E
E
E
P
E
E
P
G
E
E
E
E
G
E
E
F
F
G
E
F
E
F
F
F
F
G
G
F
E
E
E
G
G
E
E
E
F
E
E
E
E
E
G
F
F
F
F
E
If glove swells, remove it from serv-
ice and replace with a new one; or
rinse glove with plain water and allow
it to return to original shape.
-------
A-100
Find the right glove for each job ;
:elect the coating with the highest rating in the Physical Properties Chart, then check the Chemical
lesistance Chart ._*-•
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DIGICAP
Finger guards
®
High density, plastic finger caps help protect tics
against "pinch points" and minor blows Worn ms^e
work gloves Stay in place until removed. Reusacie
when gloves wear out. Packaged six to a unit for maex
middle and ring fingers, or, in bulk for one finger on
each hand.
Hovrto order:
For faster service, contact your nearest Granet distri-
butor with the style number and quantity you desire If
a Granet distributor is not listed in your area, write' The
Granet Division, ESB Inc., Frammgham, MA 01701
Glove control:
Work glove cost can be reduced by glove control (1)
Use the right glove for the job and standardize on as
few glove styles as possible (2) Granet distributors can
do a "glove survey" in your plant. (3) Issue new gloves
only when the worn out ones are returned by the
wearer. (4) Check and see if one hand wears out faster
than the otner If so, order and issue one hand only
Glove care and replacement:
To add life to coated gloves being heavily exposed to
solvents and acids it is always a good idea to alternate
the wearing of two pairs Wear one pair for half the work
shift ana the oiher pair for tne other halt. Rinse outer
surface with water after each wearing
Replacement of gloves is dependent on the wearfactor
created by the job application Check gloves frequently
for cracks, tears, splits, wear points, leakage and the
like Be sure to use a gauntlet glove long enough for the
job application.
There is no such thing as maximum hand protection.
Lower glove costs:
Make your own evaluation of protection and economy
by testing glove recommended by your Granet trained
representative
Granet 3 Point Hand Protection Program:
A simplified 3-step procedure for developing a
plantwide hand safety program is contained in a FREE
folder Send for your copy today
Mam Plant — Sales Headquarters (U.S.A.)
PO Box 588
25 Lormg Drive, Frammgham, MA 01701
Phone. (617) 873-3521
North Carolina Plant — Snow Hill, NC 28580
GRANET DIVISION
ESB INCORPORATED
(fSB]
Granet
Form 845 Printed m u :
-------
BFGcodrsch chemical comparison chart
A-101
Natural
Neo- Rubber NUrile
prene or Lalei (Buna - Hi PVC
Natural
Neo- Rubber Nitrile
prene or Latei (Buna - N) PVC
Natural
Neo- Rubber Nitrite
prene 01 latei (Buna - N) PVC '
A-
B-
C-
D-
6-
Acetaldehyde
Acetate
Acetic Acid
Acetone
Acetylene Gas
Acetylene Tetrachlonde
Acrylonitnle
Amidol
Amine Hardeners
Ammonium Hydroxide
Amyl Acetate
Amyl Alcohol
Anhydrous Ammonia
Aniline
Aniline Hydrochlonde
Aniline Oil
Animal Fats
Animal Oils
Anodex
Anthracene
Aromatic Fuels
Banana Oil
Benzaldehyde
Benzene
Benzyl Alcohol
Benzyl Benzoate
Benzyl Chloride
Blacosolve
Butane
Butyl Acetate
Butyl Alcohol
Butylaidehyde
Butylene
Calcium Hydroxide
Carbolic Acid
Carbon Dioxide
Carbon Disuiohide
Carbon Tetrachlonde
Castor Oil
Cello-Solve
Cello-Solve Acetate
ChloroDhenylene
Diamine
Chlorine
Chlorine Gas
Chloro Benzene
Chloroacetone
Chloroform
Chioronaphithalene
Chloropicrin
Chlorothene
Chromic Acid
Chromotex
Citric Acid
Cotton Seed Oil
Creosote
Cresol
Cupric Nitrate
Cyclohexane
Cyclohexanot
Cyclohexanone
Decaborane
Degreasing Fluids
Diacetone Alcohol
Diethyltiamme
Di-lsocyanate
Diborane
Dibenzyl Ether
Dibutyl Phthalate
Dichlorethane
Dichloroporopene
Diesel Fuel
Diethanolamme
Diethylamme
Diisobutyl Ketone
Dimethyl Formamide
Dioctyl Phthalate
Diosane
Emulsifying Agent
Emulthogene
Eoichloro
Epoxy Resins Dry
Esters
Ethane Gas
Ethanol
Ethers
Ethyl Acetate
Ethyl Alcohol
Ethyl Ether
Ethyl Formate
Ethytamlme
Ethytenediamme
Ethylene Dichlonde
Ethylene Gas
Ethylene Glycot
Ethylene Trichloride
Fatty Acids
Ferrocyanide
Fluoric Acid
E
G
E
G
E
F
G
G
F
E
E
G
G
F
F
E
E
G
F
P
F
F
P
E
G
F
G
E
G
E
G
E
E
E
E
F
F
F
F
G
G
G
G
F
E
G
F
P
P
F
G
E
G
G
G
G
G
G
G
F
F
E
G
G
F
G
G
P
P
G
E
E
P
F
G
E
G
G
G
E
F
E
E
E
G
E
E
G
F
E
F
E
E
F
E
F
E
G
F
E
E
E
NR
F
E
F
E
E
E
F
P
P
P
F
E
P
NR
P
F
NR
E
F
P
P
F
F
E
G
G
E
E
E
F
P
P
G
F
P
F
F
P
E
P
P
P
NR
P
G
E
P
G
G
G
F
F
E
P
P
E
F
P
P
G
P
NR
P
P
G
G
F
F
P
G
F
F
P
E
P
G
E
G
F
E
G
F
F
G
P
G
E
P
G
G
F
G
E
F
E
G
F
G
G
E
E
G
G
F
F
E
E
G
G
G
G
G
G
E
G
G
G
E
F
E
G
E
E
E
rf
G
G
E
P
G
F
G
G
P
F
G
F
P
F
F
G
E
E
G
G
G
G
G
G
F
G
E
E
F
F
G
G
F
G
G
E
E
P
P
G
G
G
G
P
E
F
E
G
E
F
G
E
G
F
E
F
E
E
G
F
E
G
P
E
F
G
P
F
E
F
E
P
G
E
G
F
G
G
G
"E
F
F
F
F
F
G
F
G
F
P
P
G
G
F
E
G
E
F
F
G
F
F
F
F
F
P
F
P
F
G
P
G
G
E
G
G
G
G
F
F
F
P
P
P
F
f
P
F
P
P
F
F
E
F
P
G
P
P
F
F
F
E
P
G
G
P
P
G
P
P
P
F
P
G
G
P
F
F
Fluortne
Fluorine Gas
Formaldehyde
Formic Acid
Freon 1 1
Freon 12
Freon 2 1
Freon 22
Furlurai
G — Gasoline Leaded
Gasoline Unleaded
Glycenne
Glycerol
Glycol
Gold Fluoride
Gram Alcohol
H — Halogens
Hexamethylene
Tetramine
Hexane
Hexyl Acetate
Hydraulic Oil
Petroleum Base
Ester Base
Hydrazme
Hydrochloric Acid
Hydrofluoric Acid
Hydrogen Gas
Hydrogen
Peroxide — 30%
Hydro-Qumone
HydrafluosiNc Acid
1— Inorganic Salts
Iso-oclane
Isopropanol
Isopropyl Alcohol
K — Kerosene
Ketones
L — Lacauer Thmners
Lactic Acid
Launc Acid
Lineoleic Acid
Linseed Oil
M-Maleic Acid
Mercuric Chloride
Mercury
Methane Gas
Methanol
Methyl Acetate
Methyl Alcohol
Methylamme
Methyl Bromide
Methvl Cellosoive
Methyl Chloride
Methyl Ethyl Ketone
Methyl Formate
Methylene Bromide
Methylene Chloride
Methyl Isobutyl Ketone
Methyl Methacylate
Mineral Oils
Monochlorbenzene
Monoethanolamme
Morpholtne
Muriatic Acid
N — Naphthalene
Naphthas Aliphatic
Naphthas, Aromatic
Nitric Acid
Nitric Acid Red &
White Fuming
Nitrobenzene
Nitroetnane
Nitrogen Gas
Nitrometnane
Nitropropane
Nitrous Oxide
O — Octyt Alcohol
Oleic Actd
Oxalic Acid
Oxygen Liquid
p_ Pamt Thmners
Paint and Varnish
Removers
Palmitic Acid
Para die hiorooenzene
Parathione
Penta Borane
Pentachloraphenol
Pentane
Perchloric Acid
Perchiorethylene
Permachlor
Petroleum Spirits
Ph e n o 1
Phenylene Dtamme
Phil-solv
Phosphoric Acid
G
G
P
E
G
G
G
G
G
G
F
E
E
E
G
E
G
F
F
F
G
E
F
E
E
E
G
G
F
E
F
E
E
E
G
G
E
E
E
E
E
G
G
E
E
G
E
F
G
G
G
G
G
G
G
G
G
E ,
F
E
E
E
G
E
G
G
P
F
F
E
F
F
G
E
E
E
F
G
G
E
E
P
F
F
E
E
F
E
E
E
G
Q
E
E
F
F
E
E
P
P
P
P
G
P
E
E
E
E
E
F
G
P
P
P
P
G
E
E
E
G
G
F
E
G
E
E
E
F
G
E
E
E
E
E
G
P
E
G
G
G
G
G
E
G
F
F
G
G
F
G
E
P
E
E
E
F
F
P
F
P
P
P
E
P
P
G
E
p
E
P
F
F
E
F
F
P
G
G
F
NR
F
F
F
P
Q
F
G
G
G
E
E
F
F
F
F
F
G
C
E
E
E
G
G
G
F
E
F
E
G
G
G
G
E
G
G
G
E
P
E
E
F
E
F
E
F
P
P
E
E
G
E
E
F
E
F
F
G
G
G
F
G
F
G
G
F
P
G
E
G
G
E
G
F
P
F
F
E
F
F
G
E
E
E
F
G
G
E
G
F
F
F
E
F
E
E
E
G
F
G
E
E
F
F
F
E
F
F
F
F
F
F
p
E
E
E
E
G
F
G
F
F
F
P
E
G
F
G
F
F
F
G
P
G
G
F
F
F
G
G
G
F
G
F
F
G
G
P
G
F
P
P
P
NR
F
P
P
NR
F
G
P
G
G
G
G
p
P
F
P
P
P
G
P
P
F
F
F
G
P
F
P
G
E
p
p
F
P
P
NR
NR
p
G
P
p
F
G
Pickling Solution G G G G
Picric Acid EG E F
Pine Oil E P E G
Pitch E P E F
Plating Solutions E E E E
Potassium Alum G G G E
Potassium Bromide G 3 G E
Potassium Chrome
Alum G G G G
Potassium Dichromate F F F G
Potassium Hydrozide E E EG
Printing Inks EG E F
Propane Gas E E EG
Propanoi-iso E E E G I
Propyl Acetate G F G F
Propyl Alcohol E E E G |
Propyl Alcohol Iso E E E G
PropyleneGas E F EG
Propyne Gas E F EG
B — Red Fuming Nitric Acid P P P P
S — Silver Nitrate EG G F
Skydrol 500 P G P P
Sodium Carbonate '
Metol G G 3 G
Sodium Hydroxide E E EG
Sodium Sulphite G G G G
Sodium Thtosulphide G G G F j
Solvarsol E F E F
Solvessos P P E P 1
Steanc Acid E E EG
Stoddards Solvent E F E F
Styrene P P F P
Styrene 1 0O% P P F P
Sulphuric Acid G G G F
T— Tannic Acid E E E E j
Tetra Hydro Borane F P F P
Tetraethyl Lead E F E P
Tetrahydrofuran P F P F
Toluene Di-isocyanate F G F P
Toluol F P E P
Trichlor F P G P
Tnchlorethylene F P G P
Tnchloroethane P P F P
Tricresyl Phosphate G F F NR
Tridecyl Alcohol G F E F
Triethanolamme EG E G
Trinitrotoluene G P E G
Trinitrotoluol G P E G
Triptane E P E P
Tung Oil E P E F
Turco No 2993 P P P P
Turpentine G F EG
U — Unsymmetrical
Dimethyl Hydraztne F P G P
V— Varnolme Gas E F E F
Varsol G F G F
Vegetable Oils EG EG
W- Wood Alcohol E E G G
Wood Preservatives G F G F
Woodyouth F P E P
X-Xylene P P E P
Xyhdene E F E P
Z- Zinc Chloride E E E F
PHYSICAL
CHARACTERISTICS
Tensile Strength E E E F
Elongation E E P F
Tear Resistance G G F F
Abrasion Resistance G G EG
Heat Resistance E F G P
Ozone Resistance E G G E
Sunlight Aging E F G F
Shelf Life Aging E E E F
KEY:
E — Excellent Q —Good F— Fair P— Poor
NR __ Not Recommended
This comparison chart shows the relative re-
sistance ratings of various glove materials to
solvents commonly used in industry We rec-
ommend rotation of gloves in service according
to prevailing conditions If excessive swelling
occurs change to another pair allowing swollen
gloves to dry
In general gloves should be cleaned immedi-
after use particularly when using acids or other
chemicals This information is basec on room
ture should be watched as to its effect on gloves
Proper care will insure longer life
-------
I
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I
I
I
I
I
I
I
I
I
I
I
I
I
I
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I
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A-102
2?125553B3iBBa(k
Protective
Clothing & Gloves
HOW TO SELECT THE CORRECT GLOVE FOR YOUR JOB! (Chemical Comparison Chart)
CMIMtCAL *••*« •» l.*lo*j
A-Acetaldehyde E G
Acetate G F
Acetic Acid E E
Acetone G E
Acetylene Gas E E
Acetylene Tetrachionde F NR
Acrylonitnle G F
Amidol G E
Amine Hardeners F F
Ammonium Hydroxide E E
Amyl Acetate F P
Amyl Alcohol E E
Anhydrous Ammonia G E
Aniline G F
Aniline Hydrochlonde F P
Aniline Oil F P
Ammai Fats E P
Animal Oils E F
Anodex G E
Anthracene F P
Aromatic Fuel* P NR
B — Banana Oil F P
Benzaidehyde F F
Benzene P NR
Benzyl Alcohol E E
Benzyl Benzoate G F
Benzyl Chloride F P
Biacosoive G P
Butane E F
Butyt Acetate G F
Butyl Alcohol E E
Butyiatdenyde G G
Butyiene E G
C-Caicium Hydroxide E E
Carbolic Acid E E
Carbon Dioxide E E
Carbon Disulphide F F
Carbon Tetrachionde F P
Castor Oil F P
Cello-Solve F G
Cello-Solve Acetate G F
Chlorine G F
Chlorine Gas G F
Chloro Benzene F P
Chioroacetone E E
Chloroform G p
Chloronaphithalene F P
Chloropicrin P P
Chlorothene p NR
Chromic Acid F P
Chromotex G G
Citric Acid E E
Cotton Seed Oil G P
Creosote G G
Cresol G G
Cupnc Nitrate G G
Cyctohexane G F
Cyclohexanol G F
Cyclohexanone G E
D — Decaborane F P
Degreasing Fluids F P
Diacetone Atcohol E E
Diethyltiamme G F
Di-lsocyanate G P
Dibcrane F P
Dibenzyl Ether G G
Dibutyl Phthaiale G P
Dichlorethane P NR
DtchioroDorooene P P
Diesel Fuel G P
Diethanoiamme E G
Drethyiamme E G
Dusobutyl Ketone P F
Dimethyl Formamide F F
Diociyi Phihalate G P ,
Diosane E G
E — Emulsifying Agent G F
Emuithogene G F
Epichloro G P
Epoxy Resins Dry E E
Esters F P
Ethane Gas E G
Ethanot E E
Ethers E G
Ethyl Acetate G F
Elhyl Alcohol E E
Ethyl Ether E G
Ethyt Formate G F
Ethyiamime F F
Ethyienediamme E G
Ethyiene Oichionde F P
Ethyiene Gas E G
Ethyiene Glycol E E
Ffhyiene Tnrhio'tde c P
*«lu.»J
F G F-Fatty Acids E P E
G P Ferrocyanide F G F
E E Fluoric Acid E G E
F F Fluorine G F G
E G Fluorine Gas G F G
G P Formaldehyde E E E
F F Formic Acid E E E
G E Freon 11 - G P F
G F Freon 12 G P F
E E Freon 21 G P F
F P Freon 22 G P F
E G Furlural G G F
G E Q— Gasoline Leaded G P G
G G Gasoline Unleaded F P E
F F Glycerme E E E
F G Glycerol E E E
E G Glycol E E E
E G Gold Fluoride G E G
G E Gram Alcohol E E G
G FH — Halogens G F G
G F Hexamelhyiene Tetrtjmine F G p
G F Hexane F P E
G F Hexyl Acetate F P F
G F Hydraulic Oil
£ G Petroleum Base G P E
G F Ester Base E P G
G G Hydrazine F G G
G F Hydrochloric Acid EEC
E P Hydrofluoric Acid EEC
F P Hydrogen Gas E E E
E G Hydrogen Peroxide— 3O% G G G
G G Hydro-Oumone G G G
E F Hydrafiuosihc Acid F F G
£ £ 1— Inorganic Salts E E E
E G Iso-oclane F G P
E E Isopropanol E E E
G F Isopropyi Alcohol E E E
G FK — Kerosene E E F
E G Ketones G F E
P F L — Lacauer Thinner* G G F
G F Lactic Acid E E E
G F Lmeoieic Acid E E P
G F Linseed Oil E E P
P P M-Maietc Acid E E E
F F Mercuric Chloride G . G E
GP Mercury GPG
F F Methane Gas E E E
P G Methanol E G E
F- P Methyl Acetate G G F
F G Methyl Alcohol E G E
G G Methylamme F G F
E E Methyl Bromide G G F
E G Methyl CeUosoive G E G
G G Methyl Chloride G G G
G G Methyl Ethyl Ketone G F G
G G Methyl Formate G F F
G F Methylene Bromide G G G
G F Methylene Chloride G G F
G F Methyl Isobutyl Kelone G F G
F p Methyl Methacytate G G G
G P Mineral Oils E E F
E P Monochlorbenzene F P p
E F Monoethanolamine E E G
F F Morphoime E E E
F p Muriatic Acid E E G
G FN — Naphthalene G F G
G p Naphthas Aliphatic E F E
F P Naphthas Aromanc GPG
G F Nitric Acid G F F
G F Nitric Acid Red &
E E White Fuming P P P
E F Nitrobenzene F P F
p P Nitroethane F P F
p G Nitrogen Gas E E E
G P Nitrometnane F P F
G P Nitropropane F P F
G F Nitrous Oxide G G G
p £ O-Octyl Atcohol E E E
p p Oleic Acid £ F E
F p Oxalic Acid E £ E
E G Oxygen Liquid F P F
G G P— Paint Thmners Q F G
E P ^ami ana Varnisn
F P Removers G F G
G G Palmitic Acid E E E
E P Paraaicniorobenzene E F G
G P Parathione P F F
F P Penta Borane F P F
E F Pentacniorapheno! F G F
F P Pentane E G E
E G Perchloric Acid E F F
E G Percniorethyiene F NR E
G P Permachlor E F E
«•» H
• -« »»C CH(M.C*L ew
G Petroleum Spirits
Phenoi
Phenyiene Diamine
Phenyi Hydrazine
: Phli-SOiV
Phosphoric Acid
E Pickling Solution
F Picric Acid
F Pine Oil
F Pitch
F Plating Solutions
F Potassium Alum
F Potassium Bromide
K Potassium Chrome Alum
E Potassium Dichromate
E Potassium Ferrocyanide
E Potassium Hydroxide
c Printing Inks
G Propane Gas
F Propanot-iso
G Propyi Acetate
F Propyt Alcohol
F Propyi Alcohol Iso
Propyiene Gas
F Propyne Gas
P fl — Red Fuming Nitric Acid
E S — Silver Nitrate
G Skydrol 500
F Sodium Carbonate Metol
G Sodium Hydroxide
F Sodium Suiohrte
I
»• «u***r) MtnM
too •< Lal«l| tun* - *]
E F E
E F G
G P F
G G G
E F £
E G E
G G G
E G E
E P E
E P E
E E £
G G G
G G G
G G G
F F F
G G G
E E E
EG E
E E E
E E E
G F Q
E E E
E E E
E F £
E F £
P P p
EG G
P G P
G G G
»»c
P
G
p
F
F
G
G
F
G
F
E
E
E
G
G
G
G
F
G
G
F
G
G
G
G
p
F
P
G
E E EG
G G G
F Sodium Thiosuiphide G G G
F Solvarsol
Q Solvessos
p Slearic Acid
Q Stoddards Solvent
E F E
P P E
G
F
F
P
E E E G
E F E
G Styrene P P F
p Styrene 100%
P P F
p Sulphuric Acid G G G
p T — TanmcAcid
Q Tetra Hydro Borane
-. Tetraethyl Lead
Q Tetrahydrofuran
G Toluol
E E E
F P F
Ep f
^ t
P F P
Ff c
o r
F P E
p Tnchtor F P Q
p Tnchlorethyiene
F p r,
Q Tnchtoroethane P P p
G Tncresyt Phosphate
3 F F N
p Tndecyl Alcohol G F E
F
P
P
F
E
»
*
=
9
P
P
p
'
R
F
Q Tnethanolarmne EG EG
p Trinitrotoluene G P EG
p Trinitrotoluol G P EG
p Tnptane E P E P
p Tung Oil E P E F
NR TurcoNo 2993 P p p p
p Turpentine G F EG
p U — Unsymmetncal
p Dimethyl Hydrazine F P G P
ISIR V— Varnoime Gas E F E F
F Varsoi G F G F
Q Vegetable Oils E G E G
p W— Wood Alcohol E E Q G
Q Wood Preservatives G F G F
Q Woodyouth F P E P
G X-Xylene P P E P
G Xylidene E F E P
p Z-Zinc Chloride E E £ F
P
F
p PHYSICAL
P CHARACTERISTICS
G Tensile Strength E E E F
P Elongation E E F F
P Tear Resistance G G F F
F Abrasion Resistance G G EG
F Heat Resistance E F G P
F Ozone Resistance E G G £
G Sunlight Aging E F G F
p Shelf Life Aging E E E F
F
G KEY. E- Excellent G-Good F— Fair
p P— Poor NR — Not Recommended
p l_^ _____ ____
F
P
p
NR
NR
This "Comparative Use Chart" shows the relative resistance ratings ol various glove materials to solutions commonly used in industry. When selecting gloves lor
applications not shown on the "Comparative Use Chan", call your local Vallan office giving as much detailed information as possible including the following point*:
1. Chemical composition of the solution 4 Abrasive effect! of materials beina handled
applic
1. Chemical composition of the solution
2. Degree of concentration
3. Temperature Conditions
4 Abrasive effects of materials being handled
5. Time cycle of usage
76
-------
DOCUMENT NO. 0000~72900-Q i
RELEASE DATE
A-103
1
ILC
DOVER
PAQ£
11
OF 25
1
ILC DOVER TOTAL ENCAPSULATING CHEMICAL PROTECTIVE SUIT
MATERIAL COMPATIBILITY CHART
The following pages are offered as a general guide and indication of the
suitability of the basic suit materials for service in specific chemicals.
The ratings are based on published literature of various polymer suppliers
(*) and in most cases were developed under laboratory conditions at room
temperatures on the polymer and not the end use material. These conditions
may not apply directly to user conditions. This data is offered only as a
guide. We cannot guarantee thier accuracy nor assume responsibility for
use thereof. The user is responsible to test/verify the compatibility of
suit materials with intended use environments.
Several factors must always be considered in using an elastomer part in
service. The rrost important are:
1. The Temperature of Service: Higher temperatures increase the
effect of all chemicals on polymers. The increase varies with
the polymer and the chemical. A compound quite suitable at
room temperature might fail miserably at elevated temperature.
2. Conditions of Service: A compound that swells badly might still
function well in a static mode yet fail in any dynamic application,
3- The Grade of the Polymer: Many types of polymers are available
in different grades that vary greatly in chemical resistance.
^• The Compound Itself: Compounds designed for other outstanding
properties may be poorer in performance in a chemical than one
designed especially for fluid resistance.
5- Combi nat ions: Mixtures of chemicals can frequently produce
different effects on materials rather than when used alone.
NOTE: When the secondary visor is installed, the polyvinyl chloride is not
exposed and the polyester rating will be applicable.
KEY: A - Little or no effect.
B - Minor effect such as slight swelling, stains, etc.
C - Conditional effect varies from minor to severe under different
cond i t i ons.
X - Severe effect.
I - Insufficient data to rate.
* Sources will be provided on request.
FOfW
-------
A-10A
CHEMICAL MAKE
r»c(i) Bum. URETHANE
Acid.
Strong. Non-Oxidlilns.
Strong. OxidlxinR
Organic
Caus tics
Strong Alkalla
Ammonia
Solvents
Aliphatic Hydrocarbons
Aromatic Hydrocarbons
Chlorinated Hydrocarbons
Esters
Ketonee
Nitrohydrocarbons
Petroleum Products
Gasoline 4 kerosene
Fuel Oils
Creases
Tars 4 Asphalt
Phenol Ic a
Animal 4 Vegetable Oils
Acetaldehyde
Acetic Acid, Glacial
Acetic Add, 3O-5OI • 70°F
Acetic Anhydride
Acetone
Acetyl Chloride
Acrylic Acid
Acrylonltrile
Allyl Alcohol
Aluminum
Aluminum Acetate
Aluminum Chloride
Aluminum Fluoride
Aluminum Hydroxide
Ammonia, Anhydrous, Cas
Ammonium Hydroxide
Amyl Acetate
Amyl Alcohol
Aniline
Ammonium Salts, General
Ammonium Nitrate
Ammonium Persuliate
Amyl Borate
Amyl Chlora Naphthaline
Aqua ftegla
Arsenic Acid
Aaphait
Barium Salts t Hydroxide
Benxaldehyde
Benxene (Benxol)
Benxolc Acid
Benxene Sulfonic Acid
Benxoyl Chloride
Benxyl Acetate
Benxyl Alcohol
trine
Bromo benxene
Bromobucaae
Bromochloromethanej
Bromo toluene
Butyl Alcohol
Butyl Acetate
Butyl Acrylate
Butadiene
Bromine
ButyraUehvm*
Butylamlme
Butylbromlde
Butyric Acid
Butter
Calcium Acetate
Calcium Salta, General
Calcium Blaulfite
Cane Sugar Liquors
A
X
A
A
A
A
B
C
C
C
c
A-B
A-B
A
B
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
C
A
A
C
C
A
A
X
B
A
A
X
C
C
X
B
B
B
B
B
B
C
A
A
A
A
A
A
B-X
B-C
A-B
A
B
B
X
X
X
X
B-C
B-C
A-B
3
B-C
A
X
X
B
X
X
X
X
X
X
A
A
B
B
B
A
A
X
A
X
H
A
A
C
A
B-X
B
A
A
X
X
c
A-B
X
C-X
X
X
X
X
B-C
A-B
A
B-C
B
X
A
X
X
A
A
A
A
B
A-B
A
A
A
B
A
A
X
X
X
c
A
X
A
1
X
X ''
B
A
X
X
X
X
B
C
C
X
X
B
X
C
A
A
A
X
A
x
x
x
B-C
A
A
B
X
X
x
x
A-B
A-B
A
B-C
X
A
x
x
£
x
x
x
x
J^
x
x
x
X
x
x
X
x
c
B
A
x
x
x
x
x
A
J^
A
A
X
O
ouer
CPE - Chlorinated Po)yclhyJt-ni-
NOTE: AH. DATA F0» 70° - 7JOp
KCT: A-Excellrnt
8-Cocxl
C-Comlltion^l
X —Not Reconr»cndcd
PVC -
OOMICAL NAME
Carbolic AcU
Carbon Ui.ullld*
Carbon Monoxide 4 Dloxldt-
Carbon Tetrachlorldr
Cantor Oil
Chioroacetone
Chlorobenxrae
Chlorine (wet)
Chloroform
Chlorinated Allphatlcs
Ch lorarouta 11 c s
Chlorox Solution
Chromic Acid. 3OZ
Chrome Plating Solutions
Clnnaaiene (Styrene)
Copper Salta (Solutions)
Cyclohexane
Cyclohexanol
CyclohexaAone
Denatured Alcohol
Detergent Solutions
Developing Fluids
Diacetcne Alcohol
Wbutyl Aaine
Dlbutyl Ether
Cllsobutyl Xetone
Dlbutyl Phtnalate
Dlbutyl Sebacate
Dichlorobenxene
Dlchloroethylene
Diesel Fuel
Dichlorovetrvsne
Dlethyl Ether
Diethylene Glycol
Dimethyl Formamlde
Dimethyl Benxene (Xylene)
1.4 Dicocane
Dovtherm Oil
Dry Cleaning Fluids
Eplchlorhydrln
Ethane
Etuanol (Ethvl Ucohol)
EthanoiamiM
Ethyl Acetate
Ethyl Acetoacetatc
Ethyl Acrylate
Ethyl Benxene
Ethyl Bromide
Ethyl Chloride
Ethyl Ether
Ethyl Iodide
Ethylene Dlamlne
Ethylene Bichloride
Ethylene Clycal
Ferric 4 Ferrous Salts
Fluorine (Liquid)
Fluoslllclc Acid
Formaldehyde (Formalin)
Formic Acid
Fuel Oils
Freon 11
Freon 12
Freon 13
Freon 21
Freon 22
Freon 31
Freon 32
Freon 112
Freon 113
Freon 114
Freon 113
Freon 142b
Freon lS2a
Freon 218
Freon C316
Freon C318
Freon 13B1
Freon 1UB2
cri
pvcn> Bimri.
A
C
C
A
X
X
X
c
X
A
A
C
A
A
A
C
A
A-B
A
A
A
C
C
B
X
C
C
A
X
B
C
B
B
A
B
A
B
C
C
A
C
C
C
A
A
A
A
A
B
C
X
X
B
X
X
X
X
B
X
A
B
C
X
B
B
X
X
X
X
X
X
X
C
A
X
X
c
B
B
X
X
X
X
X
X
X
A
A
X
C
A
B(2>
B
C
X
A
X
B
B-C
a
c
X
X
X
A
C
X
X
A
X
X
B-C
A
B
B
A
X
C
c
B
1
X
X
X
X
A
B
X
B
C
X
B
X
B
B
C
I
B
X
C
A
C
X
A
C
A
A
C-X
B
A
A
X
X
1
A
X
A
A
A
X
X
A
A
A
A
^
A
A
A
X
X
A
C
A
X
C
X
X
c
B
X
X
A
B
X
C
C-X
I
t
B
C
X
X
B
X
A
X
X
c
B
B
B
B
C
X
X
B
1
X
. B
A
X
X
•
X
X
1
A
A
Chloride
(1) Kax. Srrvlrr Tr»p. 14J * 5°r
(2) To 50?
(1) 102 MJ,
/n r >... ^
-------
Cfl
rvcO) BtfTTL WXETHAMl
MAKE
ere
rvc(l)
A-105
f *•*
J*» • I**"'
t*** *"*'
A t-/D
f^^^
£T^~ w
/r« — rt
•»••» *
f r •• "
rw«*
rf«*J
Lr " " **
f_li*mt'
tj^ (— ,«• »aae)
Clr***1"
°'**1*(» iroJeam Base)
**"***J.<
*****
gj,,ir| (Bcxyl Alcohol)
^ __
******
artroeroaic Acid
swrochlorlc Acid
Hydrofluoric Acid
fy«r>cyaaic Acid
BWrotttt Cas
tydrefn Peroxide (901)
•yerofea Sulddc
•vdrofluinon? —
IWlBC
Iiophoronc
Uooctane
Itobutyl Alcohol
Itoftafjl Acetate
laopropyl Alcohol
Kerocenc
Licqueri I Lacquer Solvents
Uctlc Acid
Lard * 712°F
Uad Salts
Us*
Linteed Oil
Lube Oils (Petroleum)
ty«
H>(ne«iuB Salts
Haleic Acid
Maleic Anhydride
Htllc Acl«
Merc-jr»
Mercuric Chloride
Mesltyl Oxide
Methane
Methyl Acetate
Methyl Acrvlste.
Methyl Alcohol
Methyl Butyl Ketone
Methylene Chloride
Methyl Ethyl Ketone
Methyl Methacrylate
Milk
Mineral Oil
Muatard Gas
•aphtha
Kapn Chalons
Kickel Salts
Mltrlc Acid - Cane.
Nitric Acid - Dilute
Mltrlc Acid - Famine
Mltro Ben&cne
Citroethane
Nitrogen
Hltros«ne I, ur oxide
^
A-a
A
A
A
A-B
C
A-B
. A
A
A
A
A
A
A
B
B
A
A
A
A
A
A
A
A
A
A
B
A
A
A
C
C
C
A
A
A
A
A
A
X
A
X
C
A
A
V
X
B-C
A
A
A
A
fi-B
A-B
B
\
A
CO)
B
A
A
A
X
X
B
B
X
B
B
X
A
A
A
A
B
A
A
A
X
X
X
A
B
X
X
X
A
A
C
X
A
X
B
X
X
X
A
X
A
B
A
A
A
X
X
c-x
t
X
A
A
A
A
X
B
X
C
A ,
A
A
A
A
A
C
A
A
X
B
A
A
X
X
A
X
A
A
B
X
A
A
C
C
X
A
A
B
X
B
B
A ^
A
C-X
B
X
A
X
A
X •
X .
A
A
C
A
A
B
A
A
A
C
A
A
A
A
B
A
B
B
X
X
X
X
X
X
A
-
B
B
X
A
C
B
X
C
A
A
B
B
B
A
A
B
X
X
X
X
X
C
A
C
C
s
A
X
C
X
X
A
CPE - Chlorinated Polyethylene
MOTE: ALL DATA FOR 70° - 7i°F
KEY: A-Lxcellent
B-Cood
C-Conditlonal
X-Not »«co»i.. ndcd
llank—Iniufficlent Data to Kate
H 4 1V»
Olclc Acid
Oxalic Acid
Oxygen - cold
Oxy»«n - 201°-400°F
Oxone
Olla. Crude. Lube. VCR.
Faraflil Wu
Perch lore thy lene
Phenol
Phenylvydrazlnr
Phoaphoric Acid Oil
Phoaphorlc Acid Cone.
Pincne
Pine Oil
Pocaasliai Salt*. General
Potaaaiw Hydroxide. 50Z
Propane
Pyrldlne
*ad Oil
Sodiuei Salta - General
Sod 1m Nypochlorlte
Sodlta Hydroxide 301
Soybean Oil
Stanoux (1C) Chloride
Steu - under 3OO°F
Stea» - over 30O°F
Stoddard'i Solvent
Styrene
Sulfurlc Acid, CO 501
Sulfur 1C Acid, Cone.
Sulfuric Acid, Fuming
Sulfuroua Acid. Oil
Sulfuroua Acid, Cone.
Tannlc Acid
Tar, Bltuainoua
Toluene
Trlacetln
Trlbutyl Phosphate
Trlchloroethane
Trichlore thy lene
Trl e thano l«tB in e
Trlcreayl Phoaphate
Turpentine
Urea .
Varnish
Vinegar
Vinyl Acetate
Vinyl Chloride
Vinyl Cyanide
Vinyl Styrene
Vinyl Toluene
Vinyl Trichloride
Water
Xylene
Xylldlne
Zinc Salts, General
ifltrrHi
PVC - Polyviny] ChlorlJc
(1) Kax. Service T«p. UJ + 5°F
(2) To 50T
(3) *OZ H.M
(4) Except Hot Concentrated
A
A
A
A
A
A
A
C
A
A
A
B
B
A
A
A
A
A
A
A
A
A
C
A
X
X
A
A
A
C
C
C
C
A
A
B
A
A
A
A
X
C
C
A
X
C
A
,5 t S°F
ed
A
A
A
A-B
A
X
C
X
A
A
A
A
B
A
B
A
A
A
X
X
C
X
A
X
X
B
B
A
X
X
X
X
B
C
A
A
X
X
A
X
X
A
X
A
A
A
X
B
x-c
B
X
C
C
A
B
S
X
A
B
X
B
X
A
B
A--J
C
C
A
C
X
X
1
B
X
B
B
A
X
X
A
A
X
X
B
A
X
A
X
A
A
X
X
A
•BHW
B
1
A-B
A _
1
A
A
1
B
B
X
B
» ^
•
2 H
j ssi
A
X
1
X
X
1
X
X
1
X
•
1
1
C
1
1
1
1
1
1
1
1
-------
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
A"1°6 EAST WIND INDUSTRIES, INC.
Specification #200, Adendum A
CHEMICAL RESISTANCE OF NEOPRF.NK., T'.V.C
nUTYL
I
These tables, baaed on data from laboratory tests and records of
service performance, have been prepared as a guide to the service-
ability of properly compounded products in contact with a variety
of chemicals,
Tho tables should be used as a guide only. All requirements necessary
to satisfactory performance must be taken into consideration. Tem-
perature; intermittent or continuous exposure to the chemical
involved; and area of the resilient part which will be in direct
contact with the chemical are all factors which affect serviceability.
The effect of those chemicals listed as injurious to these compounds
may be of such nature that these compounds will deliver adequate
service life. The fact that these compounds are found satisfactory
for a given service is no assurance that the same compounds will be
successful, under different service conditions.
To determine whether these products will be satisfactory for a given
application, test it in actual service. If this is impractical, then
devise tests which simulate actual service conditions as closely as
possible,
NEO-
P.V.C. PRENE BUTYL
Acetaldeyde
Acetamide
Acetate
Acetic Acid, Bo%
Acetone
Acetophenone
Acetyl Cloride
Acetylene Gas
Acetylene Tetracloride
Acrylonitrile
Aluminum Chloride
Aluminum Nitrate
Aluminum Sulfate
Ami dol
Amine hardeners
Ammonia Gas-Dry
Ammonia, Aqua -
Ammonia, Liquid
Ammonium Hydroxide
Amyl Acetate
Amyl Alcohol
Anhydrous Ammonia
Aniline
Aniline Hydroclorido
Aniline Oil
Animal Fats
Animal Oils
Anodex
Anthracene
Aromatic Fuels
Arsenic Acid
Arsine
NR
*
*
n
NR
*
•
*
*
NR
R
R
R
*
NU
R
R
NR
II
NI?
*
•
NR
NR
*
•
*
*
«
*
R
*
R
L
L
R
L
NH
NR
R
NR
L
R
R
R
L
NR
R
R
R
R
NR
R
L
Nil
NR
NR
R
R
L
NR
NR
R
R
R
L
L
R
K
R
NR
L
»
*
*
R
L
*
*
*
R
Nit
R
R
NR
Nn
NR
L
L
R
NR
NR
*
n
-------
lO9i
50%
Fuine
Page 2
Asbestos
Asphalt
Banana Oil
Barium Chloride
Benzaldehyde,
Benzaldehydo , above
Benzene
Benzene Benzol
Benzene Sulfonic Acid
Benzol
Benzyl Alcohol
Benzyl Benzoate
Benzyl Chloride
Blocosolve
Boric Acid
Boron Tribromide
Bromine
Bromof ortn
Butane
2-Butanone
Butyl Acetate
Butyl Alcohol
Butylaldehycle
Butylene
Butyric Acid,
Cadmium Oxide
Calcium Hydroxide,
Carbolic Acid
Carbon Bisulfide
Carbon Dioxide, Dry
Carbon Disulfide %
Carbon Tetracloride
Castor Oil
Cellosolve
Cellosolve Acetate
Chlordane
Chlorine
Chlorine Gas, Dry
Chlorine Gas, Wet
Chlorine, Liquid
Chlorobenzene
Chloroacetono
Chi or obrotnome thane
Chloroform
Chloronr,ph thalene
Chlorophenyl^ne Dia-iine
Chloropici in
Chlorothene
Chromic Acid
Chromic Acid, 50°i
Chr <-imo t. ex
Citric Acid
Coal Tar Pitch Volatile.-:*
Cottonseed Oil
Cotton Dust (Raw)
Creosote
Troscl
P.V.C,
*
*
*
R
R
NR
NR
NU
n
*
*
*
*
*
R
*
*
*
R
*
L
1,
*
Nil
R
*
K
*
NR
R
NR
NR
R
L
NR
*
NR
NU
NR
Nit
NR
*
*
r^rn
NT?
*
Nl<
NP.
R
R
»
.'
XJ>-
«
•
1.
L
NKO-
PUENE
R
L
NR
R
NR
NR
NR
NR
R
NR
R
L
NR
I
R
L
L
L
R
L
NR
R
L
R
R
R
R
R
NU
R
NR
NR
NR
NR
L
L
L
NR
NR
NR
NR
L
NR
NR
NR
L
NR
NR
NU
NR
L
R
NR
L
R
1.
L
BUTYL
R
NR
NR
*
L
*
NR
*
*
NR
R
NR
I,
NR
*
NR
NR
NR
NR
L
NR
R
L
L
*
R
R
R
*
R
Nil
NR
NR
L
L
NR
R
L
R
R
NR
R
NTR
NR
NT
NR
NR
NH
NR
»
I
it
*
NR
R
NR
NR
A-107
-------
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A-108
Page 3
Cresylic Acid, 5O?i
Cupric Nitrate
Cyan ide
Cyclohexaiie
Cyclohexanol
Cycl ohexanoiip
[>« caboi ane
Decreasing Fluids -
Di.icetone Alcohol
D iborane
Dlbpn:?.yJ Ether
Dilmtyl Phthalute
DichJ orob«nz
-------
A-109
Page 4
Freon F-21
Freon F-22
Fuel Oil
Furfural
Gallic Acid
Gasoline, Leaded
Gasoline, Unleaded
Glycerine
Glycerol
Glycol
Gold Fluoride
Grain Alcohol
Halogens
Hcxamethylenetetramine
Hexane
Hexl Acetate
Hydraulic Oil
Ester Base
Petroleum Base
Hydrazine
Hydrochloric Acid
Hydrofluoric Acid
Hydrofluoric Acid, 30%
Hydrofluoric Acid, 50%
Hydrofluosilicic Acid
Hydrogen Gas
Hydrogen Peroxide - 3O%
Hydroquinone
Inorganic Salts
Iodine
Isooctane
Isopropanal
Isopropyl Alcohol
Kerosene
Ketones
Lacquer Thinners
Lactic Acid
Lactic Acid, 25%
Laurie Acid
Lineoleic Acid
Linseed Oil
Lubricating O-> 1
Magnesium Hydroxide
Magnesium Nitrate
Magnesium Sulfate
Maleic Acid
Mercuric Chloride
Mercury
Methane Gas
Methanol
Methylamine
Methyl Acetate
Methyl Alcohol
Methylamine
' Methyl Bromide
Methyl Cellosplve
P.V.C.
NR
NR
R
NR
R
R
R
*
*
*
*
*
*
*
NR
*
*
NR
*
*
*
R
L
R
*
*
R
*
NR
*
*
R
R
NR
NR
L
R
L
*
R
R
R
R
R
L
R
R
*
L
NR
*
ik
*
NR
R
NEO-
PRENE
L
L
R
L
*
L
L
R
n
R
L
R
L
NR
NR
NR
R
L
NR
R
R
R
R
NR
R
L
L
R
L
R
R
R
R
L
L
R
R
R
R
n
R
R
R
R
R
L
L
R
R
NR
L
R
NR
L
R
BUTYL
- NR
NR
R
L
*
NR
NR
R
R
R
R
R
L
L
NR
NR
L
NR
L
L
L
*
*
L
R
L
L
R
L
NR
R
R
NR
R
NR
R
R
R
NR
NR
*
*
*
*
R
R
R
R
R
*
L
R
L
NR
L
-------
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A-110
Page 5
Methyl Chloride
Methyl Ethyl Ketone
Methyl Formate
Methyl Isobutyl Ketone
Methyl Methacrylate
Methylene Bromide
Methylene Chloride
Minderal Oil
Monochlorobenzene
Monoethanolamina
Morpholine
Muriatic Acid
Naptha
Napthalene
Napthast Aliphatic
Napthas, Aromatic
Napthalene
Nickel Acetate
Nickel Chloride
Nickel Nitrate
Nickel Sulfate
Nitric Acid
Nitric Acid, red & white fuming
Nitrobenzene
Nitroethane
Nitrogen Gas
Nitromethane
Nitropropane
Nitrous Oxide
Octyl Alcohol
Oleic Acid
Oxalic Acid
Oxygen, Liquid
Ozone
Paint Thinners
Paint & Varnish Removera
Palmitic Acid
Paradichlorobenzene
Parathion
Pentaborane
Pentachlorophenol
Pentane
Perchloric Acid
Perchloroethylene
Perklene
Permachlor
Petroleum Spirits
Phenol
Penylenediame
Penylhydrazine
Phil-solve
Phosphoric Acid
Pickling Solution
Picric Acid
Pine Oil
Pitch
P.V.C,
NR
NR
*
NR
NR
*
NR
R
*
L
*
*
NR
*
*
*
NR
R
R
R
R
NR
*
NR
*
*
NR
NR
R
NR
NR
NR
*
R
NR
NR
L
*
R
NR
NR
*
NR
NR
L
*
NR
*
L
L
NR
L
NR
NEOPRENE BUTYL
NR
L
L
L
L
NR
NR
R
NR
R
R
R
R
L
R
L
NR
R
R
R
R
L
NR
NR
NR
R
NR
NR
L
R
R
R
NR
L
L
L
R
R
NR
NR
NR
R
R
NR
R
L
R
R
L
L
R
L
L
R
R
R
NR
R
L
R
R
L
L
NR
NR
R
R
R
•
NR
NR
NR
NR
*
*
*
•
NR
NR
NR
NR
R
NR
NR
L
R
L
R
NR
L
NR
NR
R
R
NR
NR
L
L
L
NR
NR
NR
NR
*
L
L
L
R
R
L
NR
NR
-------
Page 6
Plating Solutions
Potassium Alum
Potassium Bisulfate
Potassium Bromide
Potassium Carbonate
Potassium Chloride
Potassium Chrome Alum
Potassium Cyanide
Potassium Dichromate
Potassium Ferrocyanide
Potassium Hydroxide
Potassium Iodide
Potassium Nitrate
Potassium Sulfate
Printing Inks
Propane Gas
Propanol (iso)
Propyl Acetate
Propyl Alcohol
Propyl Alcohol (iso)
Propylene Gas
Propyne Gas
Pyrethrum
Red Fuming Nitric Acid
Rhodium Fume & Dust
Silver Nitrate
Skydrol 500
Sodium Carbonate Metol
Sodium Hydroxide
Sodium Hypochlorite
Sodium Sulfite
Sodium Thiosulfide
Solvarsol
Solvessos
Stearic Acid
Stoddard's Solvent
S tyrene
' Styrne 100%
Sulfur Trioxide
Sulfuric Acid,
Sulfuric Acid,
Tannic Acid
Tetraethyl Lead
Tetrahydroborane
Tetrahydrofuran
Toluene
Toluene Diisocyanate
Toluol
Trichlor
Trichloroacetic Acid
Trichloroethylene
Trichloroethane
Tricresyl Phosphate
Tridecyl Alcohol
Triethanolamine
Trinitrotoluene
Trinitrotoluol
Triptane
Tung Oil
NEO-
P.V.C. PRENE
R R
R L
R R
R L
R R
R R
» L
R R
R L
R L
R R
* R
R R
R R
* R
* R
* R
NR L
L R
L R
• R
* R
* R
» NR
• R
R R
• NR
• L
L R
R NR
R L
« L
* R
* NR
R L
NR L
NR NR
* NR
R NR
L L
NR NR
R R
R R
* NR
NR L
NR NR
NR NR
NR NR
* NR
* L
NR L
* NR
NR L
* L
L R
* R
-, T
i-t *•*
NR R
NR R
BUTYL
,M "" 1 II
R
R
*
R
*
*
R
*
NR
R
R
*
*
L
R
R
L
R
R
R
R
R
NR
R
R
L
R
R
*
R
R
NR
NR
R
L
NR
NR
•
R
R
R
L
NR
NR
NR
L
NR
NR
L
NR
NR
NR
NR
L
NR
NR
NR
NR
-------
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A-112
NEO-
Page 7 P^V.C. I'RENE BUTYL
Turco No. 2998 * NR NR
Turpentine L NR NR
NR NR
R NR
R R
L NR
R L
Unaymmetrical Dimethylhydrazine
Varnoline Gas
Vanadium Fume & Dust
Varsol
Vegetable Oils
Wood Alcohol L R R
Woodyouth * NR L
Xylene (Xylol) NR NR NR
Xylol NR NR NR
Zinc Chloride R R R
R - Recommended
L - Limited Resistance
NR- Not Recommended
* - Information Not Available
-------
- 12 -
A-113
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A-114
- 13 -
RESISTANCE OF TYVEK® SPUNBONDED
Exposure
, - Concentration
Reagent %
Sulfuric Acid 1.0
11 " 10.0
" " 10.0
11 " 60.0
11 " 60.0
11 " 60.0
" " 80.0
" " 96.0
Hydrochloric Acid 1.0
11 " 10.0
" » 10.0
ii it 37 tQ
Nitric Acid 1.0
" " 10.0
" " 10.0
11 " 70.0
ii it 95>0
Phosphoric Acid 10.0
11 " 10.0
" " 85.0
Hydrofluoric Acid 10.0
Chromic Acid 10.0
Hydrobromic Acid 10.0
Sulfamic Acid 10.0
OLEFIN TYPE
Conditions
Temperature
F.
70
70
210
70
70
210
70
70
70
70
160
160
70
70
210
70
70
70
210
70
70
70
70
70
14 TO
Time
Hrs.
1000
1000
10
10
1000
10
1000
1000
1000
1000
10
10
1000
1000
10
10
1000
1000
10
10
10
10
10
10
ACIDS
Percent
Breaking
Strengtn
Retained
90-100
90-100
90- ICC
90-103
90-100
90-100
90-100
90-100
90-100
90-100
90-100
90-100
90-100
90-100
90-100
80-90
80-90
90-100
90-100
90-100
90-100
90-100
90-100
90-100
-------
- 14 -
•--115
RESISTANCE OF TYVEK® SPUNBONDED OLEFIN TYPE lH TO BASES
Reagent
Ammonium Hydroxide
n
"
Sodium
n
n
"
Sodium
Sodium
n
11
Hydroxide
n
n
n
Carbonate
Orthosilicate
Exposure
Concentration
%
1.0
58.0
58.0
10.0
10.0
40. 0
40.0
1.0
1.0
Conditions
Temperature
°F .
70
70
70
70
210
70
210
70
210
Time
Hrs.
1000
10
1000
1000
10
1000
1C
1000
10
Percent
Breaki .:g
Strength
Retair?d
90-100
8C -'20
8C -0
90-100
80-90
90-100
90-100
90-100
90-100
-------
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A-116
- 15 -
RESISTANCE OF TYVEK® SPUNBONDED OLEFIN TYPE 1*4 TO SALT SOLUTIONS
The breaking strength of Tyvek® spunbonded olefin Type 14
was unaffected by exposure to the following salt solutions
under these conditions:
• Saturated solution
• ?0°F. temperature of exposure
• 1,000 hours
Some yellowing was noted after exposure to ferrous and ferric
salt solutions.
Magnesium Chloride
Manganous Chloride
Mercuric Chloride
Aluminum Chloride
Aluminum Sulfate
Ammonium Chloride
Ammonium Nitrate
Ammonium Sulfate
Ammonium Thiocyanate
Cadmium Chloride
Calcium Chloride
Calcium Thiocyanate
Chromic Sulfate
Cobaltous Sulfate
Copper Chloride
Copper Sulfate
Ferric Ammonium Sulfate
Ferric Chloride
Ferric Citrate
Ferric Nitrate
Ferric Oxalate
Ferric Sulfate
Ferric Potassium Sulfate
Ferrous Sulfate
Nickel Chloride
Potassium Chloride
Potassium Thiocyanate
Silver Nitrate
Sodium Bisulfate
Sodium Bromide
Sodium Chloride
Sodium Fluoride
Sodium Nitrate
Sodium Nitrite
Sodium Sulfate
Sodium Thiocyanate
Stannic Chloride
Stannous Bromide
Stannous Chlorica
Zinc Chloride
-------
- 16 -
A-117
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A-118
CO
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I
MSB
Data Sheet
13-01-06
Economy Line
Rainwear A19
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Application
MSA® Economy Line Rainwear gar-
ments are designed for construction
and general industrial use. Lightweight
jacket and pants resist water, acids,
heat, cold, aging, and industrial liquids.
Suit is disposable/reusable.
Description
MSA Economy Line Rainwear garments
are three-piece suits made of un-
supported 5-gauge polyvinylchloride
plastic. Seams are lapped and locked
for additional strength. Jacket has zip-
per front, cape back with three 2-inch
air vents, and underarm air vents. Pants
have a draw-string waistband. Hood
snaps to jacket. Suit is disposable/
reusable and available in 3 sizes:
Small, Medium, and Large.
Data Sheet
13-01-06
-------
A-120
Detachable hood
snaps to lacket,
has draw-string
Cape back with
three 2-inch
air vents
Snap
tapered sleeves
Ordering Information
Catalog numbers
Economy Line, 3-piece suit
Size
Includes jacket, trousers and hood
Cat. No.
Small
695173
Medium
695174
Large
695175
Note: This data sheet is a guide, containing
only a general description of construction,
properties, and use of MSA Economy Line
Rainwear garments. Before use refer to and
strictly follow all instructions, cautions, and
warnings on or with the product. For more
complete information, contact MSA
Mine Safety Apoliances Company
600 Penn Center Souievard
Pittsburgh, Pennsylvania 15235
At your service 25 branch offices in the United States,
MSA CANADA, Downsview, Ontario (Metro Toronto), Halifax,
Montreal, Winnipeg, Saskatoon Edmonton Calgary, Vancouver,
representatives in principal cities of the world
Cable address—"MINSAF" Pittsburgh
Data Sheet 13-01-06
Printed in U S A 774(L)
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The most complete line of economical,
reusable protective clothing available to
the tooa processing, industrial, medical
and nuclear fields.
Reusable/disposable Durafab Hazard/
Guard garments are used wherever protective
clothing is required: in laboratories, food
processing and handling, nuclear power
plants, chemical plants, clean rooms,
automotive and service areas, for painting,
maintenance, highway work, warehousing
and visitor protection.
All Durafab protective garments, except
for the PVC and reinforced celluiosic lines, are
made of tough, tear-free, snag- and
puncture-proof spunbonded olefin. They're
virtually unaffected by acids, acrylic lacquers,
most organic and inorganic chemicals and
have a slow penetration rate or total
resistance to most liquids.
Durafab hazard/Xo-uard garments are full-
fashioned for comfort with rolled or bound
seams and polyester thread for less linting and
added strength.
They can be worn comfortably over street
clothes; their opaque color eliminates
embarrassing show-through.
All Durafab Hazard/Guards are treated
with a soluble anti-static agent to prevent
them from attracting dust and clinging.
Durafab Hazard/Guards can be custom
designed for specific needs, including special
garment features as well as custom colors,
patterns, and coatings. Colors include white,
yellow, blue, green, magenta and fluorescent
orange for safety.
-------
A-122
Shirt K4160
Pants K4150
Lab Coat
K4120
Zippered Coveralls
K4120Z
Reinforced cellulosics
These garments are treated for water
repellancy and flame retardancy to afford
maximum economical protection. They have
a cloth-like quality of hand and drape and
are lightweight, strong and afford greater
wear and comfort.
Shoe Covers
2200AC
Head Covers
193FR
Headset Covers
2195
Snoods
194FR
Protective Accessories
Durafab manufactures a complete line of
economical, comfortable, high-quality items
for special purpose applications. These
include complete head protection-hair
covers, hard hat liners and covers, and hoods.
Durafab provides footing protection with low-
and high-top shoe covers and wing walks.
Other accessory items available are headset
covers, sleeve protectors, and bib aprons.
Durafab accessories are available in these
features: RegularTyvek, Porous, Striped
Porous, Polylaminated and Scrim Reinforced
Cellulosic. Special colors can be ordered for
specific applications.
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A-123
J
Shop Coats
2140
Hooded Coveralls
2125
Lab Coat
P2140
Snap Coveralls
P2120
Smock
2175
IPifih-
Coveralls
2120
Slicker Suits
P2180
Sack Suits
P2126
Durafab regular spunbonded olefin
protective garments.
Perfect protection for those jobs requiring
worker/clothing protection from damaging
chemicals, dusts or other materials; in
extremely dirty areas; where limited linting is
desired; or where cleanliness from outside dirt
is required.
Polylaminated protective garments
Made of spunbonded olefin, these
protective garments are available in a variety
of styles to meet your requirements. These
garments are impervious to most liquids,
including acids, and feature yeiiow coloring
for added safety and positive identification.
-------
A-124
Sold through authorized distributors only.
United States, Canada and Japan.
DURA TAB
IfAl
\f/
COMPARATIVE TESTING DATA
Breaking Strength, Ibs
warp
filling
Elongation %
warp
filling
Tear Strength, Ibs
warp
Instron filling
Tear Strength, grams
warp
Elmendorf filling
Puncture, Ibs
Wear, Stoll, 1/8" bar, cycles
warp
Wear, Stoll, Inflated Diaphragm,
5 psia, 2 Ibs pressure, cycles
TaberAbrasion.CS 17, 500 g, cycles
WYCO, 600 grit, 6 Ib tension, 3V4 Ib , warp
pressure, cycles
WYCO, 180 grit, 6 Ib tension, 3'/2 Ib , warp
pressure, cycles
Stiffness in Ibs
warp
filling
Folding Endurance, cycles, warp
filling
Frazier Air Permeability, in 3/ft 2/24 hrs
Burst Strength, psi
Electrostatic Charge, Nanocoulombs
Conductivity, cal/cm/sec
Stencilability
Sealability
Resistance to HCI 37%
Resistance to H2SO4 90%
Resistance to h^O^ 50%
Resistance to Isopropyl Alcohol
Resistance to Acetic Acrd
Resistance to Ethylene Glycol
Resistance to Freon
Durafab
Disposable
Type 31
11 2
14 1
21 0
400
39
2 1
540
46.0
105
>5000
12
187
70
8
0025
0015
>5000
>5000
1 01
35
62
345x10'4
poor
poor
good
good
good
good
good
good
good
Disposable
Nonwoven
Fabric
(Control)
8
1 45
15%
53%
5
8
60
30
37
265
11
19
46
5
0007
0
0
0
400
14
2
3 79x1 O'4
—
—
poor
good
good
gooa
good
good
good
* , ,»tSZSIS5ANCe OF TYVEK
1
•SPUNBONDEDOLEFIN TO BASES I
Exposure Conditions
Reagent
Ammonium Hydroxide
Sodium Hydroxide
" "
Sodium Carbonate
Sodium Orthosilicate
Concentration
%
1.0
580
58.0
10.0
10.0
40.0
400
1.0
1.0
RESISTANCE OF TYVEK
Temperature
of
70
70
70
70
210
70
210
70
210
Time
Hrs
1000
10
1000
1000
10
1000
10
1000
10
{• "ctOn
B- 'iKmg
S^ength1"
Ty » e K a
Siyle1421
None
Slight
Slight
None
Sl.qht
None
None
None
None
"SPUNBONDED OLEFIN TO ACIDS
Exposure Conditions
Reagent
SulfuncAcid
" "
"
Hydrochloric Acid
Nitric Acid
" "
Phosphoric Acid
Hydrofluoric Acid
Chromic Acid
Hydrobromic Acid
Sulfamic Acid
Concentration
%
1 0
100
100
600
60 0
60 0
80 0
96 0
1 0
10 0
10 0
370
1 0
100
10 0
700
95 0
100
10 0
850
100
10 0
100
100
Temperature
of
70
70
210
70
70
210
70
70
70
70
160
160
70
70
210
70
70
70
210
70
70
70
70
70
Time
Hrs
1000
1000
10
10
1000
10
1000
1000
1000
1000
"* 0
10
1000
1000
10
10
1000
1000
10
10
10
10
10
10
Effect On
Breaking
Strength +
Tyvek®
Style 1421
None
None
Nonp
None
None
None
*,z~^
None I
\c--
None
None
None
None
None
None
Slight
Slight
None
None
None
None
None
None
None
General Offices
P. O. Box 658
1102 Kilpatrick
Cleburne, Texas 76031
Printed in U.S.A,
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OUR LINE W RUBBER FOOTWEAR
HAS THE WIDEST STRETCH IN THE BUSINESS.
A-12
The Ranger line stretches all the way from
lightweight sports boots to metatarsal guard
hip-boots with all kinds of models in between
And there's a model tor every occupation-
fire-fighting, factory work, farming, food and
beverage plants
With and without steel toes, steel micisoles,
non-skid outsoles; suction grip bottoms.
Durability is assured with Ranger's exc'osive
Poly-rubber formulation that resists cracking,
abrasion, grease and caustics. Ranger may be
tough, but they have all the needed soft touches,
too, like felt linings and cushion insoles for all
day comfort
Your local Ranger distributor is the man to
contact for the industry's most complete line of
rubber footwear—and that's not stretching the
truth a bit. If your local distributor doesn't have
the type you need, call or write- John
O'Brien, V.P., Ranger Rubber Co.,
1100 East Mam St., Endicott,
^N.Y. 13760 [607)785-9911.
R/tNGER
Use # 107 On Reader's Card (End of Book)
SOCK—INSULATING—COLD WEATHER
Lightweight and durable, these socks use such ma-
terials as foam or quilted synthetics to insulate the feet,
keeping them warm in cold weather. Insulating socks can
be worn inside pacs, boots and various types of rubber
footwear. The socks are usually non-absorbent and wash-
able.
*Refrigiwear Inc., 71-T Inip Dr., Inwood, NY 11696
PAC—HIGH VISIBILITY
Heavy duty, acid resistant pacs made with daylight
fluorescent or bright yellow pigments may be used in
conjunction with similarly made clothing to draw atten-
tion to the wearer. RECOMMENDED USES: In con-
struction, maintenance or industries where the worker
may be endangered by the actions of others.
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
OVERSHOE—RUBBER OR SYNTHETIC
Rubber overshoes, 10 Vz to 15 inches high, are worn
over regular dress or work shoes. Buckles, snaps, lacings
or draw strings at the top held to protect the feet and
•frSee Advertisement & Index to Distributors.
lower legs from water. Rubber uppers are waterproof and
resistant to most chemicals. Synthetic rubber or plastic
uppers are recommended where oils and grease may be
encountered. RECOMMENDED USES: For miners,
pipeline and petroleum workers, chemical workers,
farmers, fishermen, dock workers, wash rack men, etc.
NATURAL RUBBER OVERSHOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37'01
*lron Age Shoe Co., 2406 Woodmere Dr., Pittsburgh, PA 15205
*La Crosse Rubber Mills Co., Dept. B, La Crosse, Wl 54601
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., I 100 E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts.. Allentown, PA 18105
*Snyder, M.L, Div. Boss Mfg. Co., 221 W. 1st St., Kewanee, IL 61443
*Surety Rubber Co., The, Box 97-G-I2, Carrollton, OH 44615
*Tingley Rubber Corp., 280 South Ave., S. Plain-field, NJ 07080
*Uniroyal Protective Footwear, Naugatuck, CT 06770
SYNTHETIC OVERSHOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*lron Age Shoe Co., 2406 Woodmere Dr., Pittsburgh, PA 15205
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Safety First Shoes Inc., 9th & Greenleaf Sts., Alientown, PA 18105
*Snyder, M. L, Div. Boss Mfg. Co., 221 W. 1st St., Kewanee, IL 61443
*Tingley Rubber Corp., 280 South Ave., S. Plainfield, NJ 07080
*Wheeler Protective Apparel Inc., 226 W. Huron St., Chicago, IL
60610
RUBBER OVERSHOE WITH ANTI-SLIP SOLE
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., I 100 E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
•^Standard Safety Equipment Co., 431 N. Quentin Rd., Palatine, iL
60067
*Tingley Rubber Corp., 280 South Ave., S. Plainfield, NJ C70SO
*Unlroyal Protective Footwear, Naugatuck, CT 06770
243
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A-126
OTHER MANUFACTURERS of Rubber or Synthetic Rubber
Overshoes: (For addresses, see Source Index)
Converse Rubber Co. _ Fiasco
Dorsey Co., John E. Record Indjstrial Co.
Goodall Rubber Co. Servus Rubber Co., The
Olympic Glove Co. Inc.
OVERSHOE—HIGH VISIBILITY
Heavy duty, acid resistive overshoes made with day-
light fluorescent or bright yellow pigments may be used
in conjunction with similarly made clothing to draw at-
tention to the wearer. RECOMMENDED USES: In
construction or industries where the worker may be
endangered by the actions of others.
*Surety Rubber Co., The, Box 97-G-I2, Carrollton, OH 4461 5
^Uniroyal Protective Footwear, Naugatuck, CT 06770
WORK RUBBER—CLEATED
Rubbers with built-in rubber cleats give traction on wet
floor surfaces, ice and snow, or other uncertain footing.
RECOMMENDED USES: Particularly useful for dairies,
meat packing plants, and other industries where wet floors
are a common hazard.
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
*Tingley Rubber Corp., 280 South Ave.. S. Plainfield, NJ 07080
^Uniroyal Protective Footwear, Naugatuck, CT 06770
WORK RUBBER—HEAVY DUTY
These rubbers are strongly constructed for wear over
shoes. Made in a variety of styles, the heavy duty rubber
gives protection against shallow water and underfoot
dampness. RECOMMENDED USES: For farmers, rail-
road men, construction workers, truck drivers, policemen
and industrial workers. For specially designed rubbers
suitable for linemen, see the Lineman's Clothing & Safety
Equipment section.
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*lron Age Shoe Co, 2406 Woodmere Dr, Pittsburgh, PA 15205
*La Crosse Rubber Mills Co., Dept. B, La Crosse, Wl 54601
*Lenigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., I 100 E. Main St., Endicott, NY 13760
•ArSafety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
*Tingley Rubber Corp., 280 South Ave., S. Plainfield, NJ 07080
•*Uniroyal Protective Footwear, Naugatuck, CT 06770
WOK C RUBBER—OIL RESISTANT
For wear over work shoes as protection against under-
foot dampness and shallow puddles, these rubbers are
made of synthetics which make them resistant to oils,
greases, and acids. RECOMMENDED USES: Suitable
for garage workers, machinists, oil workers, etc.
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*lron Age Shoe Co., 2406 Woodmere Dr., Pittsburgh, PA 15205
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
*Tingley Rubber Corp., 280 South Ave., S. Plainfield, NJ 07080
^Uniroyal Protective Footwear, Naugatuck, CT 06770
*Wolverine Products, Dept. CP, Wolverine World Wide Inc., Rock-
ford, Ml 49351
GENERAL MANUFACTURERS of Work Rubbers:
(For addresses, see Source Index)
Dorsey Co., John E. Plasco
Goodail Rubber Co. Record Industrial Co.
For Other Manufacturers, see general list below
244
RUBBER WORK SHOE
Industrial work shoes of the 6-inch style, with or with-
out safety toes are available in natural rubber, which is
waterproof, impervious to most chemicals, and provides
insulation against electricity; and in synthetic rubber,
which is highly resistant to the deteriorating effects of
oils and grease, as well as many chemicals. Rubber shoes
may have built-in metal safety toe caps and also meta-
tarsal guards. RECOMMENDED USES: Food process-
ing, creamery, bottling, washing, etc.
NATURAL RUBBER WITHOUT SAFETY TOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*Ranger Rubber Co., I 100 E. Main St., Endicott, NY 13760
*Uniroyal Protective Footwear, Naugatuck, CT 06770
^Wolverine Products, Dept. CP, Wolverine World Wide Inc., Rock-
ford, Ml 49351
NATURAL RUBBER WITH SAFETY TOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, IN 37401
*lron Age Shoe Co, 2406 Woodmere Dr, Pittsburgh, PA 15205
"fcLehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*On Gard Industrial Footwear, 5516 W. Cermak Rd., Cicero, 1L 60650
*Ranger Rubber Co., 1100 E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
*Snyder, Ml., Div. Boss Mfg. Co., 221 W. 1st St., Kewanee, IL 61443
*Uniroyal Protective Footwear, Naugatuck, CT 06770
*Wolverine Products, Dept. CP, Wolverine World Wide Inc., Rock-
ford, Ml 49351
SYNTHETIC RUBBER WITHOUT SAFETY TOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, IN 37401
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
SYNTHETIC RUBBER WITH SAFETY TOE
*Dorsey Safe-T-Shoe Co., 1220 Market St.. Chattanooga, TN 37401
*Knapp Saf-Test Div., ATT: E. Gravlin, I Knapp Centre, Brockton,
MA 02401
*On Gard Industrial Footwear, 5516 W. Cermak Rd., Cicero, IL 60650
*Reece Wooden Sole Shoe Co., Dept. H. Box 496, Columbus, NB
68601
^Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
•ASee Advertisement & Index to Distributors.
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How to buy a
No zippers or clasps to ^K Rubb
A-12
Real, live, stretchable rubber.
Won't crack or stiffen
in cold weather.
Reinforcement
at wear points.'
No lining.__
Completely washable
Wipes dry quickly.
Bellows action (air exchange
ventilates feet. Keeps
them warm and dry.
catch, tear or rust.
Rubber button closure.
out rain,
snow and wetness.
Sturdy Hi-Top
work rubber.
Four sizes
fit your
whole plant.
Also in neoprene.
Sold through
safety and industrial
equipment distributors.
Thick soles
for long wear.
Light weight.
Only 13'/4 oz.
17* knee
high boot.
TINGLEY RUBBER CORPORATION, 280 SOUTH AVE., S. PLAINFIELD, N.J. 07080
Use # 106 On Reader's Card (End of Book)
OTHER MANUFACTURERS of Firefighter Boots: (For addresses,
see Source Index)
Fyrepel Products Inc.
Goodall Rubber Co.
Fiasco
Servus Rubber Co.
BOOT—RUBBER—CONDUCTIVE
These rubber boots are designed to ground static
charges built up in potentially explosive atmospheres.
They are used in conjunction with grounded conductive
floors. Metal fittings and safety toe box, where necessary,
are coated with non-ferrous metal to prevent sparking.
To ensure good electrical contact with the conductive
sole, the wearer should avoid foot powders and silk or
woolen stockings, and should keep the sole free of oils.
RECOMMENDED USES: For workers in explosive
atmospheres of grain or metal dusts, volatile flammable
liquids, etc.
WITHOUT SAFETY TOE
*Custom Materials Inc., 279 Billerica Rd., Chelmsford, MA 01824
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., 1100 E. Main St., Endicott, NY 13760
WITH SAFETY TOE
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
BOOT—MOLDED RUBBER—STRETCH TYPE
Molded rubber boots stretch to fit over all types of
shoes, including heavy work shoes, within each size range.
RECOMMENDED USES: Ordinary rubber is available
•frSea Advertisement & Index to Distributors.
for water or snow service and a neoprene synthetic serves
to protect against oil, grease, barnyard acids or chemicals.
*lron Age Shoe Co., 2406 Woodmere Dr., Pittsburgh, PA 15205
^Knapp Saf-Test Div., ATT: E. Graviin, I Knapp Centre, Brockton,
MA 02401
*Ranger Rubber Co., 1100 E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Allentown, PA 18105
*Tingley Rubber Corp.. 280 South Ave., S. Plainfield, NJ 07080
(Ofher Manufacturers: (For addresses, see Source Index)
Fiasco Record Industrial Co.
BOOT—SAFETY TOE—METATARSAL GUARD
This type of rubber boot has a jointed steel plate that
protects the instep as well as the toes while allowing full
(CONTINUED ON NEXT PAGE)
241
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A-128
mobility for the foot. The entire assembly moves on steel
rivets which insures the ability to flex the foot freely and
naturally. Thick foam padding surrounds the plate to
absorb and distribute shock. RECOMMENDED USES:
For workers likely to encounter falling or roiling objects,
such as miners, firemen, etc.
*lron Age Shoe Co., 2i06 Woodmere Dr., Pittsburgh, PA 15205
"fcKnapp Saf-Test Div., ATT: E. Gravlin, I Knapp Centre, Brockton,
MA 02401
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., MOO E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Ailentown, PA ISI05
*Steel Grip Safety Apparel Co. Inc., 700 Garfield St., Danville, IL
6I832
Other Manufacturers: (For addresses, see Source Index)
Fiasco Servus Rubber Co., The
BOOT—RUBBER—STEEL INNERSOLE—
SAFETY TOE
A rubber boot with both a safety toe and a steel inner-
sole to protect the wearer against injury from falling,
rolling, and impact hazards as well as from punctures
from nails, glass, and other sharp objects. The steel
innersole is fully flexible and runs the entire length of the
boot. RECOMMENDED USES: Used by construction
workers, ditch diggers, foundry workers, miners, etc.
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., MOO E. Main St., Endicott, NY I3760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Ailentown, PA 18105
+Uniroyal Protective Footwear, Naugatuck, CT 06770
*Wolverine Products, Dept. CP, Wolverine World Wide Inc., Rock-
ford, Ml 49351
Other Manufacturers: (For addresses, see Source Index)
Fyrepel Products lnc.^_- Fiasco
Goodall Rubber Co.
Servus Rubber Co., The
struction men and other outdoor workers, and also for
food processing, washing and similar indoor workers.
Available with or without the safety toe, which gives
added protection against falling and moving objects. Pacs
of synthetic materials resist oils and greases.
RUBBER PAC WITHOUT SAFETY TOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*La Crosse Rubber Mills Co., Dept. B, La Crosse, Wl 54601
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., 1100 E. Main St., Endicott, NY 13760
*Snyder, M.L., Div. Boss Mfg. Co., 221 W. 1st St., Kewanee, IL 61443
*Uniroyal Protective Footwear, Naugatuck, CT 06770
PAC—RUBBER
A short boot 10 or 15 in. high, with laces or straps to
give a snug fit around the leg. The rubber pac protects
the feet and lower legs from water and dampness and also
keeps gravel and chips from getting inside the footwear.
RECOMMENDED USES: Designed for miners, con-
242
RUBBER PAC WITH SAFETY TOE
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*lron Age Shoe Co., 2406 Woodmere Dr., Pittsburgh, PA 15205
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., 1100 E. Main St., Endicott, NY 13760
^Safety First Shoes Inc., 9th & Greenleaf Sts., Ailentown, PA 18105
*Snyder, M. L., Div. Boss Mfg. Co., 221 W. 1st St., Kewanee, IL 61443
•fcUniroyal Protective Footwear, Naugatuck, CT 06770
OIL RESISTANT PAC WITHOUT SAFETY TOE
*Safety First Shoes Inc., 9th & Greenleaf Sts., Ailentown, PA 18105
*Uniroyal Protective Footwear, Naugatuck, CT 06770
OIL RESISTANT PAC WITH SAFETY TOE
*Ranger Rubber Co., MOO E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Ailentown, PA 18105
*Uniroyal Protective Footwear, Naugatuck, CT 06770
OTHER MANUFACTURERS of Rubber Pacs: [For addresses,
see Source Index)
Fiasco
Record Industrial Co.
Servus Rubber Co., The
Converse Rubber Co.
Dorsey Co., John E.
Goodall Rubber Co.
Goodrich Co., B. F.
PAC—RUBBER—COLD INSULATION
Various types of rubber boots and pacs are available
for personnel exposed to cold weather or working condi-
tions. To insulate the feet, the footwear has an inner
liner which may be of plastic foam, nylon fleece, wool,
etc. Models generally feature anti-slip soles for added
safety.
*Dorsey Safe-T-Shoe Co., 1220 Market St., Chattanooga, TN 37401
*La Crosse Rubber Mills Co., Dept. B, La Crosse, Wl 54601
*Lehigh Safety Shoe Co., First & Minor Sts., Emmaus, PA 18049
*Ranger Rubber Co., 1100 E. Main St., Endicott, NY 13760
*Safety First Shoes Inc., 9th & Greenleaf Sts., Ailentown, PA 18105
*Uniroyal Protective Footwear, Naugatuck, CT 06770
Other Manufacturers: (For addresses, see Source Index)
Converse Rubber Co. Goodall Rubber Co.
Dorsey Co., John E. Servus Rubber Co., The
VfSee Advertisement & Index to Distributors.
-------
Data Sheet
13-00-18
V
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i
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Molded
Handwear 29
Application
MSA* unsupported gloves are made of a
variety of specially compounded mate-
rials: natural-latex and nitrile-latex,
neoprene, milled-mtnle, (Buna-N), and
butyl synthetic-rubbers. The variety of
materials available makes it possible to
match the glove to the need for resist-
ance to chemical solutions, solvents,
abrasives, gases, and to punctures.
abrasion, tearing, etc. MSA Industrial
Gloves are widely recognized for their
durability under continuous service.
Check the MSA Glove Selection Guide
on Page 2 for the glove material best
suited to your needs.
Description
Natural-latex gloves
MSA Natural-latex Gloves are known
for their comfortable curved finger
design, their pliability and their long-
wearing characteristics. A special
treatment on the inside and outside of
the natural latex assures easy-on and
easy-off, and no tack. Natural-latex
gloves are recommended for resistance
to many acids and caustics, abrasions
occurring in sandblasting, grinding and
polishing, and for general-purpose use.
Unlined natural-latex gloves are
USDA-accepted for meat and poultry
plants.
Butyl synthetic-rubber gloves
MSA Butyl Gloves provide protection
from a variety of toxic chemicals.
Butyl compounding ensures high im-
permeability to gases, chemicals and
water vapor, and resistance to oxida-
tion and ozone attack.
Neoprene synthetic-rubber gloves
MSA Neoprene Gloves offer resistance
to oils, greases, petroleum hydro-
carbons, acids, and caustics. They
have good pliability and finger dexter-
ity, high density and tensile strength,
and high tear resistance.
Milled-nitrile (Buna-N) gloves
MSA Milled-nitrile Gloves are designed
for mechanically severe uses that re-
quire touch sensitivity and dexterity.
They are exceptionally sheer, yet they
stand up under mechanical use even
after prolonged exposure to substances
that cause other glove materials to
deteriorate.
Nitrile-latex gloves
MSA Nitrile-latex Gloves are made of
acrylonitrile synthetic rubber. They are
intended for jobs requiring dexterity
and sensitivity and good contol of
cleanliness. These green gloves have
good resistance to a broad variety of
chemicals and excellent resistance to
abrasion, puncturing, snagging, and
tearing.
Heavy-duty natural-rubber gloves
MSA Natural-rubber Gloves have three
important characteristics: maximum
pliability over a wide temperature
range; long-term resistance to indus-
trial chemicals and acids; curved
fingers for wearer comfort.
Data Sheet
13-00-18
-------
A-130
Selecting the glove
for the job
Length
Most MSA gloves are available in sev-
eral lengths from 11 inches to 18
inches. Choose the length that best
suits your particular needs.
Weight
Weight
Light
Medium
Heavy
Extra-Heavy
Approx.
thickness
in. (mm)
.010 to .01 7
(.25 to .43)
.01810.025
(.46 to .64)
.026 to .030
(.66 to .76)
.050 to .065
(1.27 to 1.65)
Heavy (thick) gloves wear longer and
resist snags, abrasions, and punctures
better than light (thin) gloves of the
same material. But because light
gloves are thin, they offer flexibility and
sensitivity to the touch for jobs in which
dexterity is important.
Finish
MSA gloves are available in smooth,
rough or embossed finishes. Smooth
finish gloves in light and medium
weights are recommended for jobs
where sensitive touch is important.
Rough or embossed gloves are rec-
ommended where a firm, nonslip grip
is necessary.
Size
MSA gloves range in size from 7 to 11.
The lighter weights are usually avail-
able in sizes 7 to 11, the heavy gaunt-
let types in 9 to 11.
Material
Gloves in individual use must resist
various chemical products and atmos-
pheres, and types of mechanical abuse.
The following charts list the physical
and chemical-resistance characteris-
tics of MSA Molded Handwear.
Lining
Lined gloves are flock lined with cotton
fibers.
Comparative
physical characteristics
Key: E—excellent; G—good; F—fair; P—poor
Characteristic
Tensile strength
Elongation
Tear resistance
Abrasion resistance
Ozone resistance
Sunlight aging
Shelf-life aging*
Neoprene
G
E
F
G
E
E
F
Natural
latex or
rubber
G
E
G
G
F
F
E
Milled
nitrile
F
G
F
E
P
G
E
Butyl
G
G
G
G
E
E
E
Nitrile
latex
E
G
F
E
P
G
E
Gloves stored in original containers at
room temperature in dry location. Fluores-
cent light and exposure to ozone-
producing motors can damage gloves not
properly packaged or protected.
-------
I
A-131
I
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MSA Natural-latex Gloves
36788
37112
MSA Latex Gloves are made from nat-
ural liquid latex processed for extra-
high tensile strength. These gloves,
with their excellent wearing qualities,
pliability, and comfort are recom-
mended for use in most water solutions
of acids, alkalies and salts and in
ketones.
Cat. No.
Size
Finish
Color
Approx.
thickness,
in. (mm)
Length,
in. (cm)
Packing
Unlined
36788
36789
36790
37110
7V2
8
9
10
Embossed
Tan
.017
(.43)
12
(30)
Bulk
12 pr.
Flock-lined
37183
37978
37112
37113
7V2
8
9
10
Embossed,
Lined
Tan
.017
(.43)
12
(30)
Bulk
12pr.
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MSA Heavy-duty Natural-
rubber Gloves (acid type)
37180
In MSA Natural-rubber Gloves, high-
quality latex rubber content ensures
maximum pliability in a broad range of
temperatures. These gloves stand up
under years of service in industrial
chemicals and acids. Curved fingers
provide comfort and flexibility.
Cat. No.
36683
36684
36685
36686
36688
36690
37180
37181
37182
Size
9
10
11
9
10
11
9
10
11
Finish
Smooth
Smooth
Smooth
Color
Tan
Tan
Tan
Approx.
thickness,
in. (mm)
.050
(1.27)
.050
(1.27)
.025
(.64)
Length,
in. (cm)
18
(46)
14
(36)
14
(36)
-------
A-132
MSA Nitrile-latex (Water
Based Compounding)
Synthetic-rubber Gloves
MSA Nitrile-latex Gloves are made of
acrylomtrile latex synthetic rubber,
which is outstanding in its resistance to
a broad range of chemical materials:
acids, alcohols, alkalies, ammonia,
animal fats, battery acid, cleaning
fluids, commercial solvents and de-
greasers, emulsifying agents, esters,
grease, hydraulic fluid, kerosene,
naphtha, oils, petroleum derivatives,
phenol, photographic solutions, plating
and pickling solutions, printing ink,
Stoddard's solvent, turpentine, vege-
table oils, wood preservatives. These
gloves, in addition to their ability to
Cat. No.
695229
695230
695232
695234
695235
695236
695237
695239
695241
695242
695243
695244
695245
695246
695247
695248
Size
7
8
9
10
11
7
8
9
10
11
9
10
11
9
10
11
Finish
Embossed
Embossed
(Flock lined)
Smooth
Smooth
Color
Green
Green
Green
Green
Approx.
thickness,
in. (mm)
.014
(.36)
.014
(.36)
.026
(.66)
.026
(.66)
Length,
in. (cm)
12
(31)
12
(31)
14
(36)
18
(46)
resist a broad range of chemical mate-
rials, are also less expensive than
Nitrile Synthetic Gloves.
These green gloves are suitable
for work situations in which cleanliness
is critical—workers and supervisors
can tell when gloves need to be
changed or cleaned.This is particularly
important where glove staining warns
of accumulation of harmful solvents
or substances such as tetraethyl lead.
MSA Milled- nitrile
(Buna-N) Gloves
MSA Milled-mtrile Synthetic Rubber
Gloves have remarkable resistance to
many greases, oils, solvents, and
chemicals. These gloves give extra-
long wear with good resistance to abra-
sion and exceptionally good resistance
to punctures, snagging, and extreme
temperatures.
Cat. No.
Size
Finish
Color
Approx.
thickness.
in. (mm)
Length,
in. (cm)
Unlined
38874
38875
38876
36740
36741
38908
38909
38910
38911
38912
36750
36751
36752
36756
36757
36758
71/2
8
9
10
11
71/2
8
9
10
11
9
10
11
9
10
11
Smooth
Rough
Smooth*
Smooth*
Black
Black
Black
Black
.010
(.25)
.010
(.25)
.030
(.76)
.030
(.76)
11
(28)
11
(28)
14
(36)
18
(46)
Flock-lined
695211
695212
695213
695214
71/2
8
9
10
Embossed
Black
.011
(.28)
12
(31)
Available in rough finish upon request.
-------
I
A-133
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MSA Butyl-rubber Gloves
I
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I
38551
MSA Butyl-rubber Gloves show unusu-
ally high resistance to oxidation and
oxidizing chemicals. They are ideally
suited for use with nitric acid, suifunc
acid, hydrofluoric acid, rocket fuels.
and peroxide. These gloves have high
abrasion resistance and remain flexible
at low temperatures.
MSA Neoprene Gloves
Cat. No.
38551
38552
38553
38554
38555
38556
Size
9
10
11
9
10
11
Finish
Smooth
Smooth
Color
Black
Black
Approx.
thickness,
in. (mm)
.017
(.43)
.032
(.81)
Length,
in. (cm)
14
(36)
14
(36)
695210
Cat. No.
Size
Finish
Color
Approx.
thickness,
in. (mm)
Unlined
36714
36715
36716
36718
36719
36720
9
10
11
9
10
11
Smooth
Smooth
Black
Black
.030
(.76)
.030
(-76)
Length,
in. (cm)
14
(36)
18
(46)
Flock-lined*
695208
695209
695210
8
9
10
Embossed,
Lined
Black
.018
(.46)
13
(33)
Neoprene has been tested and ap-
proved by thousands of users ail over
the world. Products made from this
long-wearing synthetic will not deterio-
rate from age or exposure to sunlight.
It makes an ideal protective material
for the hands because it is almost com-
* Also available in sizes 7 and 11.
pletely free of any allergens that might
irritate sensitive skin.
MSA Neoprene Gloves are highly
resistant to most of tne oils, greases,
solvents, and caustics used in modern
industry. In many cases, neoprene and
natural latex gloves have almost equal
resistance qualities, but neoprene
gloves are always superior in oils,
greases, and petroleum solvents. They
provide excellent protection from paint
and varnish remover, naphtha, alcohol,
gasoline, lacquer, turpentine, acids.
and manv other fluids and solutions.
-------
Comparative chemical resistance
Key: E—excellent; G—good; F—fair; P—poor; NR—not recommended; '—limited service
d
Chemical
A'Acetaidehyde
Acetate
Acetic acid
•Acetone
Acetylene gas
Acetylene tetrachlonde
Acrylonitnle
Amidol
Amine hardeners
Ammonium hydroxide
"Amyl acetate
Amyl alcohol
Anhydrous ammonia
Aniline
Aniline hydrochlonde
Aniline oil
Animal fats
Animal oils
Anodex
Anthracene
•Aromatic fuels
Arsine
Asbestos
Asphalt
B Banana oil
•Benzaldehyde
•Benzene
Benzol
•Benzyl alcohol
Benzyl benzoate
"Benzyl chloride
Blacosolve
Boron tribromide
B rom ine
Bromoform
Butane
2-Butanone
Butyl acetate
Butyl alcohol
•Butylaldehyde
Butylene
C Cadmium oxide fume
Calcium hydroxide
Carbolic acid
Carbon dioxide
Carbon disulfide
"Carbon tetrachlonde
Castor oil
Cellosolve
Cellosolve acetate
Chlordane
Chlorine gas
*Chlorobenzene
•Chloroacetone
Cnlorobromomethane
'Chloroform
Chloronaphthalene
Chlorophenylene diamine
Chloropicnn
*Chloroinene
Chromic acid
Chromotex
Citric acid
Coal tar pitch volatiles
Cottonseed oil
Cotton dust (raw)
Creosote
Cresol
Cupric nitrate
Cyanide
Cyclohexane
Cyclohexanol
•Cyclohexanone
Neo-
prene
E
G
E
G
E
F
G
G
F
E
F
E
G
G
F
F
E
E
G
F
P
E
E
G
F
F
P
P
E
G
F
G
G
G
G
E
G
G
E
G
E
E
E
E
E
F
F
F
F
G
G
G
F
F
F
G
F
G
p
P
F
G
E
F
G
E
G
G
G
G
G
G
G
Natural
atex or
rubber
G
F
E
E
E
NR
F
E
F
E
P
E
E
F
G
G
P
F
E
P
NR
E
E
F
P
F
NR
NR
E
F
P
P
P
p
P
F
G
F
E
G
G
E
E
E
E
F
P
P
G
F
F
p
F
P
F
P
P
P
P
p
NR
P
G
E
P
G
E
G
G
G
G
F
F
E
Milled
nitrile
G
P
E
P
E
F
F
F
G
E
P
E
E
P
P
P
E
C
F
F
E
E
E
P
G
F
F
E
G
F
G
P
p
P
E
F
P
E
E
E
E
E
F
E
F
G
E
G
G
G
p
F
P
P
F
E
F
F
p
F
F
G
E
F
E
E
F
F
E
G
G
E
F
Butyl
E
G
E
E
E
F
G
E
G
E
F
E
E
F
F
F
G
G
E
P
NR
E
E
F
F
G
NR
NR
E
F
G
P
P
p
P
F
G
F
E
G
E
E
E
E
F
P
F
G
G
F
G
F
E
P
P
F
F
p
NR
F
G
E
F
E
G
G
E
G
F
G
G
Nitrile
latex
G
P
E
P
E
F
F
F
G
E
P
E
E
P
P
p
E
E
F
F
E
E
E
P
G
F
F
E
G
F
G
P
p
P
E
F
P
E
E
E
E
E
F
E
F
G
E
G
G
G
F
P
P
F
E
F
F
p
F
F
G
E
F
E
E
F
F
E
G
G
E
F
Chemical
D Decaborane
Degreasing fluids
Diacetone alcohol
Diborane
•Dibenzyl ether
•Dibutyl phthalate
Dichloroethane
Dichloropropene
Diesel fuel
Diethanolamme
Diethylamme
Diethyltnamine
Dusobutyl ketone
Dnsocyanate
Dimethylformamide
Dtoctvl phthalate
Dioxane
E Emulsifying agent
Emulthogene
Epichforohydrm
Epoxy resins, dry
•Esters
Ethane gas
Ethanol
Ethers
•Ethyl acetate
Ethyl alcohol
Ethyl bromide
•Ethyl ether
Ethyl butyl ketone
Ethyl formate
*Ethylanilme
Ethylenediamme
•Ethylene dichlonde
Ethylene gas
Ethylene glycol
Ethylene oxide
*Ethylene trichloride
F Fatty acids
Ferrocyanide
Fluoric acid
Fluorine
Fluorine gas
Formatdehyde
Formic acid
Freon 11
Freon 12
Freon 21
Freon 22
•Furfural
G Gasoline, leaded
Gasoline, unleaded
Glycerine
Glycerol
Glycol
Gold ;' joride
Gram alcohol
H Halogens
Hexamethylenetetramine
Hexane
Hexyl acetate
Hydraulic oil
ester base
petroleum base
Hydrazme
Hydrochloric acid
Hydrofluoric acid
Hydrogen gas
Hydrogen peroxide — 30%
Hydrofluosilicic acid
Hydroqumone
Neo-
prene
F
F
E
F
G
G
P
P
G
E
E
G
P
G
F
G
E
G
G
G
E
F
E
E
E
G
E
E
G
F
E
F
E
E
G
F
E
F
e
G
G
E
E
G
G
G
G
G
G
G
E
E
E
G
E
G
F
F
F
E
G
F
E
E
E
G
F
G
Natural
latex or
rubber
P
P
E
P
G
P
NR
P
P
G
G
F
F
P
F
P
G
F
F
P
E
P
G
E
G
F
E
G
F
F
G
P
G
E
F
P
P
G
G
f
F
E
E
P
P
P
P
G
P
P
E
E
E
E
E
F
G
P
P
P
P
G
G
G
E
G
G
G
Milled
nitrile
F
G
E
F
F
G
F
F
E
E
E
Butyl
F
P
E
F
G
G
NR
F
P
E
G
Nitrile
latex
F
G
E
F
F
G
F
F
c
E
~
E G ' -:
P
G
G
E
G
E
G
F
E
P
E
E
G
F
E
P
G
P
G
P
E
P
E
E
G
G
E
G
E
F
F
E
E
G
G
G
G
G
E
E
E
E
E
E
E
F
F
G
P
F
E
G
G
G
E
G
G
F
G | P
E : ~
G
F
G
E
E
G
E
f
E
E
G
G
E
E
G
G
G
F
E
E
P
F
E
E
G
G
E
E
F
F
F
F
G
F
F
E
E
E
E
E
G
G
P
F
G
P
G
G
G
E
G
G
G
—
:
C.
G
F
E
P
E
E
G
F
E
P
G
P
G
P
E
P
E
E
G
G
E
G
E
F
F
E
E
G
G
G
G
G
E
E
E
E
E
E
E
F
F
G
p
F
E
G
G
G
E
G
G
C
This chart gives the relative resistance
ratings of various glove materials to
solutions commonly used in industry.
When selecting gloves for applications
not listed, write Mine Safety Appliances
Company, 600 Penn Center Boulevard,
Pittsburgh, Pa. 15235, and give as
much detailed information as possible
according to the following points:
1. Chemical composition of the solu-
tion. 2. Degree of concentration
(strength) of the solution. 3. Temper-
ature conditions. 4. Abrasive effects of
materials being handled. 5. Time
cycle of usage.
-------
I
A-13 5
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Chemical
1 Inorganic salts
Iodine
Isooctane
Isopropanol
Isopropyl alcohol
K Kerosene
Ketones
L Lacquer thmners
Lactic acid
Laurie acid
Lmeoleic acid
Linseed oil
M Maleic acid
Mercuric chloride
Mercury
Methane gas
Methanol
Methyl acetate
Methylamme
Methyl bromide
Methyl cellosolve
•Methyl chloride
•Methyl ethyl ketone
Methyl formate
Methylene bromide
Methylene chloride
•Methyl isobutyl ketone
Methyl methacrylate
Mineral oils
•Monochloro benzene
Monoethanolamme
Morphohne
Muriatic acid
N Naphthalene
Naphthas, aliphatic
Naphthas, aromatic
•Nitric acid
•Nitric acid, red and
white fuming
•Nitrobenzene
•Nitroethane
Nitrogen gas
•Nitromethane
•Nitropropane
Nitrous oxide
O Octyl alcohol
Oleic acid
Oxalic acid
Oxygen, liquid
P Paint thmners
Paint and varnish removers
Palmitic acid
•Paradichlorobenzene
Parathion
Pentaborane
Pentachlorophenol
Pentane
Perchloric acid
Perchloroethylene
Perklene
Permachlor
Petroleum distillates
(naphtha)
Petroleum spirits
Phenol
Phenylenediamme
Phenylhydrazine
Phil-solv
Neo-
prene
E
G
F
E
E
E
G
G
E
E
E
E
E
G
G
E
E
G
F
G
G
NR
G
G
G
G
F
G
E
F
E
E
E
G
E
G
G
P
F
F
E
F
F
G
E
E
E
F
G
G
G
E
E
P
F
F
E
E
F
E
E
G
E
E
G
G
E
Natural
latex or
rubber
E
F
P
E
E
F
E
F
E
F
P
P
E
E
G
E
E
F
E
F
F
NR
G
F
G
F
F
G
F
P
G
E
G
F
F
P
F
P
P
P
E
P
P
G
E
F
E
P
P
F
F
E
F
F
P
G
G
F
NR
NR
F
P
F
F
P
G
F
Milled
nitrile
E
G
E
E
E
E
P
P
E
E
E
E
E
G
G
E
E
P
E
G
F
NR
NR
F
F
F
P
F
E
P
E
G
G
G
E
G
f
P
F
f
E
F
F
G
E
E
E
NR
P
G
F
€
E
F
F
G
£
G
G
G
E
E
E
F
G
G
E
Butyl
E
G
P
E
E
F
E
F
E
E
F
F
E
E
E
E
E
G
E
G
G
NR
E
G
G
G
E
E
F
F
E
E
E
F
F
P
F
P
F
F
E
F
F
Q
E
G
E
F
G
F
F
E
E
F
F
G
G
G
NR
NR
NR
F
G
G
G
G
Nitrile
latex
E
G
E
E
E
E
P
P
E
E
G
E
E
E
G
E
E
P
E
G
F
NR
NR
F
F
F
P
F
E
P
E
G
G
G
E
G
F
P
F
F
E
F
F
G
E
E
E
NR
P
G
F
E
E
F
F
G
E
G
E
E
E
E
F
G
G
E
Chemical
Phosphoric acid
Pickling solution
Picric acid
Pine oil
Pitch
Plating solutions
Potassium alum
Potassium bromide
Potassium dichromate
Potassium ferrocyanide
Potassium hydroxide
Printing mKs
Propane gas
Propanol (iso)
Propyl acetate
Propyl alcohol
Propyl alcohol (iso)
Propylene gas
Propyne gas
Pyrethrum
R*Red fuming nitric acid
Rhodium fume and dust
S Silver nitrate
Skydrol 500
Sodium carbonate metol
Sodium hydroxide
Sodium sulfite
Sodium thiosulfide
Solvarsol
Solvessos
Stearic acid
Stoddard solvent
Styrene
Styrene 100%
Sulfuric acid
T Tannic acid
Tetrahydroborane
Tetraethyl lead
Tetrahydrofuran
*Toluene
Toluene dusocyanate
*To!uol
Trichlor
*Tnchloroethylene
*Tnchloroethane
Tncresyl phosphate
Tndecyl alcohol
Tnethanolamine
Trinitrotoluene
Trinitrotoluol
Triptane
Tung oil
Turco No 2998
Turpentine
U Unsymmetncal
Dimethylhydrazine
V Varnolme gas
Vanadium fume and dust
Varsol
Vegetable oils
W Wood alcohol
Wood preservatives
*Woodyouth
X*Xylene
*Xylol
'Xyhdene
Z Zinc chloride
Neo-
prene
E
G
E
E
E
E
G
G
Q
F
G
E
E
E
G
E
E
E
E
E
P
E
E
P
G
E
G
G
E
P
E
E
P
P
G
E
F
E
P
F
F
F
F
F
P
G
G
E
G
G
E
E
P
G
F
E
E
G
E
E
G
F
P
P
E
E
Natural
latex or
rubber
G
G
G
P
P
E
G
G
Q
F
G
E
G
E
F
E
E
F
F
E
P
E
G
G
G
E
G
G
F
P
E
F
P
P
G
E
P
F
F
P
G
p
p
F
P
F
F
G
P
P
P
P
P
F
P
F
E
F
G
E
F
P
P
P
F
E
Milled
nitrile
E
G
E
E
E
E
G
G
Q
F
G
Butyl
E
E
G
F
F
E
E
E.
£
!=
Nitrile
latex
E
G
E
E
E
E
G
G
Q
F
G
E £ ' E
G
E
E
F
E
E
E
E
E
P
E
E
P
G
E
E
E
E
G
E
E
F
F
G
E
F
E
F
F
F
F
G
G
F
E
E
E
G
G
E
E
E
F
E
E
G
E
E
G
F
F
F
F
E
G
G
E
E
E
E
E
p
£
E
G
E
E
F.
E
F
P
€
G
P
P
G
E
F
G
F
NR
G
NR
P
P
P
F
F
G
F
F
F
F
F
F
P
F
E
F
G
E
G
G
P
P
F
E
G
E
F
E
E
E
E
E
P
E
E
P
G
E
E
E
E
G
E
E
F
F
G
E
F
E
F
F
F
F
G
G
F
E
E
E
G
G
E
E
E
F
E
S
E
E
£
G
F
F
F
F
E
I
If glove swells, remove it from serv-
ice and replace with a new one; or
rinse glove with plain water and allow
it to return to original shape.
-------
A-136
NOTE: This Data Sheet is a guide contain- ^^^^^^•g^ Mine Safety Appliances Company
ing only a general description of the uses 1 IT i ^Jf AW 600 Penn Center Boulevard
and performance capabilities of MSA fcLJLCL^M Pittsburgh Pennsylvania 15235
Molded Handwear. For more complete in-
formation, contact MSA, 600 Penn Center At your service 25 branch offices in the United States,
Boulevard, Pittsburgh, Pennsylvania 15235. MSA CANADA. Downsview Ontario (Metro Toronto). Halifax.
Montreal, Winnipeg, Saskatoon, Edmonton, Calgary, Vancouver
representatives in principal cities of the world
Cable address—"MINSAF" Pittsburgh
Data Sheet 13-00-18 Printed in U S A. 781 (L)
-------
Data Sheet
13-00-17
"C
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Coated fl,37
Work Gloves
Plastic
Coated Work
Gloves
34337
37643 V
37646
\.
37999
38578
Application
MSA® Coated Work Gloves meet a
variety of needs. The line contains
plastic, neoprene, and natural rubber
coated types; vinyl treated types;
jersey, flannel, and thermal fined
models. Styles include knitwrist,
bandtop, safety cuff, gauntlet, mitten,
and slip-on with elastic or perforated
back. Some of the uses for Coated
Work Gloves are handling oils, acids,
chemicals, and solvents. They offer
resistance to abrasion, cutting, and
punctures.
Description
Plastic Coated Gloves
All-purpose Gloves: Bright-green, vinyl
plastic coated gloves afford positive
wet and dry grip. Two-piece pattern
jersey lining allows finger dexterity and
comfort. Fingers are curved to hand
contour. Seamless surface has excel-
lent abrasion- and chemical-resistant
qualities and is especially suited for
handling oils, acids, caustics, and many
solvents.
Utility Gloves: PVC coated dark-green
work gloves with high abrasion
resistance, and built-in flexibility which
permits dexterity. Combination of soft
jersey lining and no seams on the wear-
ing area reduces irritation.
Super Flexible Vinyl Plastic Gloves:
Pliable, yellow-coated work gloves
with curved finger construction that
permits flexibility and dexterity.
Two-piece soft jersey lining helps avoid
irritation and eliminate surface seams.
Have good abrasion resistance and
dry-gripping qualities
Flexible Vinyl Plastic Gloves: Oil, sol-
vent, and abrasion resistant with the
flexibility and dexterity of molded
rubber gloves. Have washable interlock
lining, nonirritating seams, and two-
piece wing thumb construction. Long
wearing, maroon, vinyl plastic coated.
Glow Gloves: Have high-visibility
orange, vinyl plastic coating for hand
signaling in industrial operations;
feature positive grip, flexibility, and
comfort. Available in three lengths,
with jersey or thermal lining. Suggested
for policemen, firemen, and outdoor
workers.
Thermal Gloves: Waffle-weave lining
provides insulation while permitting air
circulation. Tan vinyl coating is abra-
sion resistant and flexible even in
subzero temperatures.
Thermal Glow Gloves: The insulating
qualities of MSA Thermal Gloves are
combined with the high-visibility
orange vinyl of MSA Glow Gloves.
Data Sheet
13-00-17
-------
A-138
Rubber and
Neoprene
Work Gloves
37996
Vinyl Treated Work Gloves
, ^rr^J^il^''X"*
, 38954
38838
Rubber and Neoprene Coated Gloves
Ripple-Texture Gloves: Rugged, rubber
coating over cotton fabric with soft
comfortable lining. Rippled texture for
firm gripping. Excellentfor handling
sharp wire, sheet metal, nails, glass,
tubing, or lumber. Coated palm with
knitwrist or safety cuff.
Neoprene Gloves: Smooth-finish black
neoprene with Canton flannel lining and
curved finger construction. Chemical
resistant and iiquiaproof. Recom-
mended where heat, acids, solvents,
caustics, snagging, or cutting is a
danger.
Python Neoprene Gloves: Black neo-
prene latex glove offers chemical
resistance and wet grip. Has soft,
absorbent, Canton flannel lining and
wing thumb design.
Vinyl Treated Gloves
Workall Gloves: Vinyl impregnated for
long wear, and silicone treated for
water repellence and flexibility. Have
nonslip grip, close fit, and last five times
as long as 8-oz canvas gloves.
Workmore Gloves: Made from soft
cotton base specially treated with a
unique vinyl compound for longer
wear, liquid repellence, launderability,
and good wet or dry gripping.
-------
I
Jc
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I
A-139
Glove Selector Chart
Determine the chemical or physical
requirements of your job. Example:
Nitric 10%, or abrasion resistance and
flexibility. Then in the proper chart,
chemical or pnysical, select the gicve
that is listed as best for your particular
needs.
i
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i
CHEMICAL RESISTANCE SELECTOR CHART PHYSICAL PROPERTIES SELECTOR CHART
ALCOHOLS
Methanol/ Butyl/ Alcohol/
Glycerme/Ethanol/
Isopropanol
CAUSTICS
Ammonium Hydroxide 38%/
Sodium Hydroxide 50%/
Potassium Hydroxide 50%
CHLORINATED SOLVENTS
Carbon Tetrachlonde/
Perchlorethylene/
Tnchlorethylene
KETONES
Methyl Ethyl Ketone/
Methyl Isobutyl Ketone/
Acetone
PETROLEUM SOLVENTS
White Gasoune/Naphtha/
Mineral Thinner/Kerosene
ORGANIC ACIDS
Citric/Formic/
Tannic/Acetic
INORGANIC ACIDS
Hydrochloric 38%/
Sulphuric 10%/
Nitric 10%/
Chromic
Sulphuric 98%/
Nitric 70%
HYDROCARBONS
Stoddard Solvent/
Toluene/ Benzene/
Xylene
Coal Tar Distillate
Styrene
MISCELLANEOUS
Lacquer Thinner
Cutting Oil
Battery Acid
Phenol
Insecticides
Printing Ink
Dyestuffs
Penta
Formaldehyde
Vegetable Oil
Animal rat
Acrylonitnle
Steam
Aniline
Hydraulic Fluid
Turpentine
Linseed Oil
Soya Bean Oil
Carbon Disullide
Creosote
Paint & Varnish Remover
NEOPOENE
CLOVES
E
E
G
G
E
E
E
E
F
G
E
F
F
E
E
E
E
E
E
G
E
E
t
E
E
E
E
G
E
E
N R
G
F
PURPOSE
CLOVES
E
E
F
N R
G
E
E
G
G
F
F
G
F
e
E
G
E
E
E
E
E
E
G
E
E
E
E
G
G
F
G
F
„,:?;,
CLOVES
E
E
F
N R
G
E
E
G
G
F
F
G
F
E
E
G
E
E
E
E
E
E
tr
G
E
E
E
E
G
G
f
G
F
I
"iiX?
CLOVES
E
E
F
N R
E
E
E
E
G
G
G
G
G
E
E
G
~
E
E
E
E
E
E
E
E
E
E
E
E
F
G
F
,"",
GLOVES
G
E
N R
G
F
E
G
N R
N R
N R
N R
F
N R
F
G
G
F
F
E
F
E
G
Q
E
E
E
F
F
N R
F
G
F
N R
•SMI". MSA GLOVE "«»«?" "»£> •;;«"
PUSHC
1 NEOPRENE GEE
PYTHON NEOPRENE GEE
RIPPLE-TEXTURE GEE
E ALL-PURPOSE E N R G
UTILITY E N R G
FLEXIBLE
VINYL PLASTIC E N R G
E SUPER FLEXIBLE
VINYL PLASTIC E N R G
F E-Excellent G— Good F— Fair
j ' 1
".S '"S«V" ••&» '• »"p Si
G E G 1 E F
G E G G E
E E F E E
F G E E E
F F E E F
I
F G E E E
F E E i E G
1
N R —Not Recommended
'Coated fabric gloves are generally not recommended for continual exposure
to hot objects because the heat builds up in the coating and does not
N R dissipate rap dly. For periodic handling of hot obiects in a heat range
under 250 F, they are satisfactory
G GLOVE LENGTHS CKAfiT
E f^r^\\__— -"" ^ G
cj^ •— ^_-^3- ^
c-^ ^^S^^i^^ C
=^
E t__^~^_x
s — -^
E Fully Coated Knitwnst Palm Coated Knitwnst
G
G
, — — -^-— >7"~71 "-^ ' C~z
C // r We;
l^__*- 1 1 ~^^I^> C^
F ^ — -^ C
^ — n """ \
^ _ *|r \\ ^^__ ^
^-Z-~-V\ U ^ ^
Fully Coaled Safety Cuff Palm Coated Safety Cuff
u (Band Top)
F
E
E /-^ ^
G ^ — •—. \ ^ T <- — ^ ,C
E ^=^ \=^^-^^~~^ S--
F I — ^
cnr~^\ ^^ — ~C
~^=s. — i— x.
^_^-~- F=^"~
E Fully Coated 10" Gauntlet Fully Coated 12" Gauntlet
E (10" Safety Cuff)
E
E
fc r~--±>v ^- — ' ^ r-
E <^T' ^^-^
E *~~^ (
-- — \ S
t—C^. ^- Y
~^X— ' \
— V^
w^
;=^ _^ — - \
— . — -^ 1
E Fully Coated 14" Gauntlet Fully Coated 18" Gauntlet
E
G
G ^— -~_^ /
F f"---?1^- "\ — '' — i> f
G v^T^ — • I ^— ^ ,*-^ /
^~ — - i ^ — ' ^____^^ t
-C~~~->^__ ^--' 7^
yMffl__^ ^s ~^
^8»==n^-— ^
Fully Coated 11" Gauntlet Fully Coated Knitwnst Mitten
E-Excellent G-Good F-Fair N R -Not Recommended (Cadet Size)
-------
Ordering information
A-Ao
Catalog numbers (for pair: shipped 6
doz pr per case unless otherwise
indicated)
Plastic Coated Gloves
(All-purpose Gloves*)
37648 Knitwrist, coated palm; case
shipping weight, 26 Ib
37650 Bandtop, coated palm; case
shipping weight. 26 Ib
37653 Ladies knitwrist, fully coated;
case shipping weight, 26 Ib
37647 Knitwrist, fully coated; case
shipping weight, 31 Ib
37649 Bandtop, fully coated: case
shipping weight, 31 Ib
37651 Safety cuff, 10 in.; fully coated,
case shipping weight. 36 Ib
37652 Gauntlet, 12 in.; fully coated.
case shipping weight, 42 !b
37727 Gauntlet, 14 in.; fully coated,
case shipping weight. 49 Ib
*The All-purpose Glove is not designed for handling
extremely hot, abrasive, or sharp materials, or to
proviae dielectric protection.
(Utility Gloves)
34333 Knitwrist, coated palm; case
shipping weight, 38 Ib
34335 Safety Cuff, coated palm; case
shipping weight, 38 Ib
34332 Knitwrist, fully coated: case
shipping weight, 24 Ib
34331 Safety Cuff, fully coated: case
shipping weight, 28 Ib
34334 Gauntlet, 12 in., fully coated;
- case shipping weight. 35 Ib
38931 Gauntlet, 14 in., fully coated;
case shipping weight. 42 Ib
(Super Flexible Vinyl Plastic Gloves)
37642 Knitwrist, fully coated; case
shipping weight, 31 Ib
37643 Gauntlet, 12 in., fully coated;
case shipping weight, 42 Ib
(Flexible Vinyl Plastic Gloves)
37644 Knitwrist, fully coated; case
shipping weight, 28 Ib
37646 Gauntlet, 12 in., fully coated;
case shipping weight, 40 Ib
37515 Gauntlet, 14 in., fully coated;
case shipping weight, 46 Ib
37645 Cadet, 11 in., fully coated;
case shipping weight, 34 Ib
(Glow Gloves)
37999 Knitwrist, fully coated; case
shipping weight, 30 Ib
38000 Gauntlet, 12 in., fully coated;
case shipping weight. 40 Ib
38096 Mitten, fully coated; case
shipping weight, 34 Ib
Note: This Data Sheet is a guide, containing
only a general description of uses and per-
formance capabilities of certain MSA Coated
Work Gloves. Before use, refer to and
strictly follow all instructions, cautions, and
warnings on or with the products. For more
complete information, contact MSA, 600
Penn Center Blvd., Pittsburgh, Pa. 15235.
(Thermal Gloves)
38580 Knitwrist. fully coated; case
shipping weight. 38 Ib
38647 Gauntlet. 10 in., fully coated;
case shipping weight, 43 Ib
38648 Gauntlet, 12 in., fully coated;
case shipping weight, 49 Ib
(Thermal Glow Gloves)
38578 Knitwrist, fully coated; case
shipping weight. 38 Ib
38645 Gauntlet, 10 in., fully coated;
case shipping weight, 43 Ib
38646 Gauntlet, 12 in., fully coated;
case shipping weight, 49 Ib
38579 Mitten, knitwrist, fully coated;
case shipping weight, 41 !b
Rubber and Neoprene Coated Gloves
(Rubber Ripple-Texture Gloves)
695087 Knitwrist, coated palm
695086 Safety Cuff, coated palm
(Neoprene Gloves)
37726 Knitwrist, coated palm; case
shipping weight, 24 Ib
37610 Knitwrist, lightweight, fully
coated; case snipping weight,
27 Ib
34323 Knitwrist, fully coated; case
shipping weight, 31 Ib
37611 Gauntlet, 10 in., fully coated;
case shipping weight. 34 Ib
34324 Gauntlet, 12 in., fully coated;
case shipping weigru. 39 Ib
37612 Gauntlet, 14 in., fully coated;
case shipping weight, 40 Ib
37613 Gauntlet, 18 in., fully coated;
case shipping weight, 49 Ib
37616 Knitwrist, extra-heavyweight,
fully coated- case shipping
weight, 38 Ib
37617 Gauntlet, 12 in., extra-heavy-
weight, fully coated; case
shipping weight, 46 Ib
37618 Gauntlet, 14 in., extra-heavy-
weight, fully coated; case
shipping weight, 48 Ib
(Python Neoprene Gloves)
37993 Knitwrist, fully coated; case
shipping weight, 32 Ib
37996 Gauntlet, 12 in., fully coated;
case shipping weight, 42 Ib
37994 Gauntlet, 14 in., fully coated;
case shipping weight, 45 Ib
Vinyl Treated Gloves
(Workall Gloves—vinyl impregnated)
38651 Slip-on, medium; 12 doz pr per
case, shipping weight, 25 Ib
38652 Slip-on, large; 12 doz pr per
case, shipping weight, 25 Ib
38838 Siip-on perforated back,
medium; 12 doz pr per case,
shipping weight, 25 Ib
38839 Slip-on, perforated back, large:
12 doz pr per case, shipping
weight, 25 Ib
38842 Knitwrist, medium; 12 doz pr
per case, shipping weight, 25 Ib
38843 Knitwrist, large; 12 doz pr per
case, shipping weight, 25 Ib
38846 Slip-on, Glow Glove,* medium;
12 doz pr per case, shipping
weight, 25 Ib
38847 Slip-on, Glow Glove.* large;
12 doz pr per case, shipping
weight, 25 Ib
38848 Knitwrist, Glow Glove,*
medium: 12 doz pr per case,
shipping weight, 25 !b
38849 Knitwrist, Glow Glove." large;
12 doz pr per case, shipping
weight, 25 Ib
*Workall Glow Gloves—the backs of the last three
Singers are blaze orange
(Workmore Gloves—vinyl treated)
38953 Knitwrist, Clute cut palm, full
forefinger; 12 doz pr per case,
shipping weight. 38 Ib
38954 Slip-on, Clute cu' oalm, full
forefinger; 12 dr <• per case,
shipping weigh' jib
38959 Slip-on, perforated back, Clute
cut palm, full forefinger; 12
doz pr per case, shipping
weight, 38 Ib
Mine Safety Appliances Company
600 Penn Center Boulevard
Pittsburgh, Pennsylvania 15235
At your service 25 branch offices in the United States.
MSA CANADA Downsview. Ontario (Metro Toronto). Halifax,
Montreal Winnipeg Saskatoon Edmonton Calgary, Vancouver
representatives in principal cities of the world
Cable address— MINSAF" Pittsburgh
1
Datasheet 13-00-17
Printed in U.S A. 777 (L)
-------
EFFECTIVE June 1,1979
Products are arranged in numerical sequence. Gloves and
related items are listed on Pages 2 to 9. Clothing items are
listed on Pages 10 to 13.
DISTRIBUTED BY
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A-149
Job-Fitted Personal Safety and Protection
DIVISION OF BECTON, DICKINSON AND COMPANY IB-D|
COSHOCTON, OHIO 43812
SUPERCEDES ALL PREVIOUS PRICE LISTS AND QUOTATIONS
ALL PRICES SUBJECT TO CHANGE WITHOUT NOTICE
STD, Werx, Seams-Rite. Tuf-Duk, Hycron, Grab-it, Grappler, Edmont Fireball, Kanry-Tex, Snorkel, Neox, Tru-Touch, Po!y-D, JFA, Wet-Wear,
Monotex, Job-Fitted, Hynit, Edmont and B-D are registered trademarks of Becton, Dickinson and Company
14
PL-128-6791
-------
Job-Fitted Gloves
and Protective Clothing
DISTRIBUTED BY:
Copy rite © 1978 Becton, Dickinson and Company
-------
CHEMICAL DEGRADATION GUIDE
:OR GLOVES. APRONS, AMD WET-WEAR 600
A-151
The Chemical Degradation Guide is pnmded as an aid in deierminmg
the general suitability of various EdmontAViKon ylove and clothing ma-
terials for use with specific chemicals Ii indicates only the degrading
effect of the chemicals on those materials It does not consider perme-
ability of the materials, or the variable conditions \vhich can influence
product performance on actual job applications Such conditions include
chemical concentration, temperature, and comnmations, and the length
of time the product is in contact with (he chemical In addition products
differently
of the same material but of different thicknesses may pertor
on the same iob
CHEMICAL
Acetaidertyoe
Acetic Acid
Acetone
AcrytooitrtH
Amyi Acetate
Amlme
Ben*aldehyde
Beiuene
Bentol
Butanol
Butyl Alcohol
Butyl Acetate
Butylene
Carbon Disulfrde
Carbon Tetrachionde
Castor Oil
CHorobentene
Cfi'oroform
c Acid
C.tnc Acid
Cotton Seed Oil
Dichlorelhan
Dethylamme
Di-itoOutyl K
Di Isocyanate
Dioctyi Phth
Ethyl Alcohol
Ethyl Acetate
Ethyttt* DfcMofldj
Ethyiene Glycol
Ethyf Ether
Formaldehyde
Formic Acid
Freon 11-12-31 22
Furfural
GasoMfM
Glycerine
Grain Alcohol
HydrocNonc 38% Acid
Hydrochloric 10% Acid
Hydrofluoric 48% Acid
Hydrogen Peroxide 30%
IsoDutyl Alcohol
Iso-octane
isopropanol
tsopropyl Alcohol
Kerosene
lactic Actd
Launc Acid
Linole.c Acid
Linseed Oil
Maleic Acid
Methanoi
Methyl Alcohol
Methyiamme
Methyl Chloride
Methyiene Brom,ae
MtthyfefM ChtorMM
Methyl Ethyl Ketorte
Methyl IsoDutyl Keloot
Methyl Methacryiate
PVC PVA
NBR POLY VINYL POlY VINYL
HVCAR CHLORIDE ALCOHOL
Moi
Morptiohne
nine
Oxanc Acid
Palmitic Acid
Pentane
Pftertol
Phosphoric A
Picric Acid
Pota;
Hydro
Propyl Alc
Propyl Acetate
SoOiurn HydrontJe S
Steanc Acid
StynMC
Sulfunc 95% Acid
Sulfunc 10% Acid
Tanmc Acid
Toluene
Toluene OHsocyanat
Toluol
~
Tncresyl Ph
Tri plane
Tung 0,1
Turpent.n
Wood Atc
nate
KEY TO DEGRADATION GUIDE:
S—Fluid has no degrading effect. E—Fluid has very little degrad-
ing effect. G—Fluid has minor to moderate degrading effect.
F—Fluid has moderate degrading effect. P—Fluid has pro-
nounced degrading effect. NR—Not suitable for use in fluid.
SPECIAL NOTE
The chemicals in the above Guide highlighted in blue are known carcinogens.
Those highlighted m green have been identified as suspected carcinogens. The
Guide indicates only the degrading effect of these chemicals on product materi-
als. Permeability of the product materials by these chemicals is not considered.
UNSUPPORTED GLOVES
PHYSICAL PERFORMANCE CHART
F^ysical Characteristics
Tensile Strength
Elongation
Abrasion Resistance . . .
Heat Resistance
Ozone Resistance
Neoprene
E
E
G
E
E
KEY TO CHART: S — Superior E — Excellent
COATED GLOVES PHYSICAL
PHYSICAL PERFORMANCE HYCRON NEOX
Abrasion Resistance
Cut Resistance
Dry Grip
Flexibility
Puncture Resistance
Wet Grip
E F
G E
F- G
E G
E E
F F
REDMONT
G
S
G
F
E
G
Rubber
E
E
G
F
G
NBR
E
G
E
E
G
Vinyl
F
F
p
G
P
E
G — Good F — Fair P — Poor.
PERFORMANCE CHART
SCORPIO
F
G
G
S
F
S
GRAB-IT
F
E
E
F
E
G
MONKEY
SNORKEL QRAPPLER GRIP
G S S
F F F
E G E
E F G
G G G
e E F
PVA
F
F
G
F
F
F
KEY TO CHART: S—Superior E—Excellent G—Good F—Fair P—P6or "
I
(i
1
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-------
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33-105
Knit-Rite
vinyl coated
AIR-CONDITIONED LINE
Provides the coolness of cotton, yet outwears 8 oz.
cotton at least 4 to 1 on straight abrasion. Special
knitted lining and porous coating let air come thru
to keep hands cooler and drier. Simplified construction
KSR
vinyl coated
KNIT LINED
Extra light, flexible and comfortable, yet outwears
8 oz. cotton gloves at least 8 to 1 on straight abrasion.
Inter-lock knit lining stretches to a snug, sensitive fit,
and for easy on and off. Vinyl coating provides an
Hynil
nbr impregnated
KNIT LINED
Excellent abrasion and cut resistance. Outwears light
vinyl impregnated gloves as much as 5 to 1, and light
to medium leather as much as 3 to 1, on straight
abrasion. Excellent dry grip—makes handling safer
and easier. Interlock knit lining and flexible coating
stretch to provide a snug fit, good dexterity, and easy
on and off. Repellent but not liquidproof. Glove is
STD
vinyl impregnated
SUPER-FLEXIBLE LINE
Provides excellent dexterity and grip. Stretches to a
snug fit, and for easy on and off. Replaces 8 oz. cotton,
goatskin and light leather gloves because it grips better,
provides greater dexterity and usually wears longer.
Vinyl impregnated, inter-lock knit fabric breathes for
coolness. Repellent but not liquidproof. Glove is ma-
chine washable, and lining won't ball up. "Job-fitted"
for general plant use, and for assembling, inspecting
and packaging small or delicate parts.
eliminates seams from the working areas which usually
rub fingers and knuckles. Stretches to allow unrestricted
dexterity, and for easy on and off. Excellent dry grip.
Glove is machine washable, and lining won't ball up.
"Job-fitted" for general plant use; shipping and receiv-
ing; assembly, inspection, and packaging; light fabri-
cation; general maintenance.
33-105: Slip-on. Men's M & L.
33-106: Slip-on. Women's L.
(M size to be available 1/1/76)
22-515
excellent grip, breathes for ventilation and is liquid
repellent (not liquidproof). Glove is machine washable,
and lining won't ball up. Replaces brown jersey, goat-
skin, light leather, cotton, and light-duty vinyl im-
pregnated gloves. "Job-fitted" for general use,
assembly, inspection, packaging, shipping, receiving
and maintenance.
22-515: Slip-on. Men's M, L, & Ex-L.
22-516: Slip-on. Women's M & L.
M ' /; i
32-105
machine washable, and lining won't ball up. "Job-fitted"
for general plant use; assembly, inspection, and pack-
aging: shipping and receiving; light to medium metal
fabrication; general maintenance.
32-105: Slip-on. Men's M & L.
32-106: Slip-on. Women's M & L.
PERFORATED STYLES
Same as above except backs of last three fingers are
perforated for "air-conditioned" comfort.
32-125: Slip-on. Men's M & L.
32-126: Slip-on. Women's M & L.
U.S.D.A. accepted for food and meat handling.
1-114
1-114: Slip-on. Men's M, L & Ex-L.
1-116: Slip-on. Women's S, M & L.
WHITE STD
"Job-fitted" for clean-rooms, food plants and other
areas where white gloves are desirable. Same grip,
wear and launderability as the brown STD.
1-124: Slip-on. Men's M, L & Ex-L.
1-126: Slip-on. Women's S. M & L.
STD gloves have colored stitching on cuffs for quick size mating after
laundering Men's M size has yellow stitching, I has brown, Ei-L has
black. Women's S size has green, M has red, L has blue.
Patent No 3050738
-------
20-115
51-153
•f.
U
41-141
Seams-Rate
vinyl coated
SUPER COMFORT LINE
Preferred for its superior comfort. Unique construction
puts the seams on the outside, leaves nothing but soft
jersey inside. Reinforced thumb crotch provides ex-
tended service on jobs which subject this area to exces-
sive stress and abrasion. Other benefits include an
excellent grip, good flexibility, a low cost-to-wear ratio,
and machine washability. Tough vinyl coating outwears
8 oz. cotton at least 10 to 1 on straight abrasion. It
breathes for ventilation and is liquid repellent (not
liquidproof). Replaces cotton, goatskin and HghLleather
A-153
gloves. "Job-fitted" for general plant use, assembly line,
shipping, receiving and maintenance.
20-112: Knitwrist. teen's M & L.
20-115: Slip-on. Men's M & L.
20-116: Slip-on. Women's M & L.
NON-REINFORCED STYLES
Same as above except without thumb crotch rein-
forcement.
20-102: Knitwrist. Men's M & L.
20-105: Slip-on. Men's M & L.
20-106: Slip-on. Women's M & L.
vinyl impregnated
REGULAR DUTY LINE
Replaces 8 and 10 oz. cotton, goatskin and light leather
gloves. Provides good dexterity and grip. Outwears
8 oz. cotton at least 5 to 1 on straight abrasion. Back is
perforated for "air-conditioned" comfort. Repellent
but not liquidproof. Machine washable. "Job-fitted" for
general plant use, assembling, receiving and shipping.
51-103: Perforated slip-on. Women's M & L.
Patent No 2913729
51-153: Perforated slip-on. Men's M & L.
Patent No 2913729
NON-PERFORATED STYLES
51-101: Slip on. Women's M & L.
51-152: Knitwrist. Men's M & L.
51-151: Slip-on. Men's M & L
Tuf-Duk
vinyl impregnated
HEAVY DUTY LINE
Gives an excellent grip, good dexterity and long service.
Outwears medium to heavy leather gloves on many
jobs, and regular jersey at least 10 to 1 on straight
abrasion. Coating is repellent (not liquidproof), oil-
resistant, and stays soft when cold. Palm is impregnated
with heavy gauge vinyl. Back is lightly coated. Machine
washable. "Job-fitted" for chemical plants, yard work,
truck driving, warehousing and general use.
Werx-Lice
LIGHT DUTY LINE
Outwears 8 oz. cotton at least 3 to 1 on straight abrasion.
Flexible and comfortable. Gives a good sense of touch
and grip. Repellent but not liquidproof. Machine wash-
able. "Job-fitted" for inspection, receiving, shipping,
assembling small parts, and general use.
41-141: Slip-on. Men's M & L.
41-171: Slip-on. Women's M.
Colored stitching on cuffs and colored knitwrists permit quick size
mating after laundering. Men's M size Slip-on has yellow stitching,
L has brown. Men's M size Knitwrist is white, L is brown. Women's M
size Slip-on has red stitching, L has blue. Women's M size Knitwrist
is white, L is blue
Werx was the first vinyl impregnated glove made for
industry. Today there are many imitations. The genuine
Werx is identified by this mark in the fabric. It is your
guarantee of proven performance and value.
21-704
21-700: Knitwrist. Men's size.
21-704: Driver's style with elastic wrist. Men's M & L.
21-707: Safety cuff. Men's M & L.
21-752: 12" gauntlet. Men's M & L.
PALM-STYLE TUF-DUK
Uncoated fabric back ventilates to work cooler. Same
tough coating on palm.
21-744: Driver's style with elastic wrist. Men's M & L.
21-747: Safety cuff. Men's M & L.
All Tuf-Duk gloves, except the Knitwrist, have colored stitching on cuffs
for quick size mating after laundering. The M size has black stitching,
L has gray.
Patent No 3050738
-------
27-607
nbr coated
ABRASION RESISTANT LINE
Combines exceptional toughness and flexibility. Ex-
clusive NBR coating gives superior service handling
rough, abrasive materials. Also provides an excellent
dry grip, and high resistance to cuts, snags, punctures,
grease and oils. Soft, jersey lining is a 2-piece pattern.
It eliminates seams from the working area to prevent
hand irritation and premature wear-thru. Curved, pre-
flexed fingers and wing thumb. Excellent replacement
for leather gloves. "Job-fitted" for general use, for
handling castings, cores, fabricated metal, and produc-
tion of fabricated building materials such as concrete
block, brick tile, lumber, plywood, and drywall.
27-600: Palm coated knitwnst. Men's size.
27-601: Women's size. Palm coated kmtwrist.
27-602: Fully coated knitwrist. Men's size.
27-603: Women's size. Fully coated knitwrist.
27-607: Palm coated safety cuff. Men's size.
U.S.D.A. accepted for food and meat handling
Insu;
.TOUGH COATING of vinyl
or neoprene resists abra-
sion, oils, chemicals. Stays
soft when cold.
. FOAM INSULATION locks
out cold, keeps hands warm.
- DEEP-FLEECE LINING helps
retain warmth, feels good
on the hand.
"Job-fitted" for winter transportation, yard and field
work, cold storage and unheated warehouses, labora-
tories, construction, and other winter jobs.
WINTER MONKEY GRIP Liquidproof vinyl coating
resists oil, acids, chemicals, and caustics. Curved
fingers, wing thumb, and general softness make this
glove very comfortable and easy to wear.
23-152: 12" fully coated gauntlet. Men's size.
23-189: Fully coated one finger mitten. Free index finger
allows more dexterity than full mitten, provides
more warmth than a glove Men's size.
23-191: Fully coated knitwrist. Men's size.
23-193: Fully coated safety cuff. Men's size.
Patent Nos 3173150. 3468735
WINTER FIREBALL Liquidproof vinyl coating. Fluo-
rescent fire-orange color is easier to see. Improves
safety and hand signaling for transportation, traffic
control, construction, etc.
23-429: Fully coated mitten. Provides most warmth.
Extra long elastic wrist. Men's size.
23-491: Fully coated knitwrist. Extra long elastic wrist.
Men's size.
Patent Nos 3173150, 3468735
GOLDEN
rubber coated
CRINKLE-FINISHED LINE
Premium quality. Outperforms ordinary rubber coated
gloves. Provides a safer wet or dry grip, greater cut
resistance, longer wear, and improved cushioning of
WINTER TUF-DUK Vinyl impregnated to provide an
excellent grip and long wear. Sheds snow, sleet and
rain (not liquidproof).
31-790: Knitwrist style. Men's M & L.
31-791: Driver's style with elastic wrist. Men's M & L.
23-191
23-491
31-791
16-307
the hands against vibration and jolts. Crinkle-textured,
heavy-duty coating has no rubber particles to shed.
Curved, preflexed fingers and wing thumb give extra
working comfort. "Job-fitted" for handling smooth,
slippery or sharp-edged materials like glass, sheet metal,
and tin plate.
16-300: Palm coated knitwrist. Men's size.
16-301: Women's size. Palm coated knitwrist.
16-307: Palm coated safety cuff. Men's size.
16-362: 12" palm coated gauntlet. Elastic wrist and
knuckle strap. Men's size.
-------
6-620
Grab-it
rubber coated
FLOCK-FINISHED LINE
Provides an excellent grip for handling wet or dry
materials. Rough-finished rubber coating has high abra-
sion and cut resistance. 2-piece jersey lining greatly
improves puncture resistance, and eliminates seams
from the working areas to prevent hand irritation and
premature wear thru. "Job-fitted" for general use,
handling multi-wall paper bags, glass, castings, cores,
scrap metal, tile, block, lumber, logs, and veneer, and
in acids, caustics, alcohols and many solvents.
A-155
6-600: Palm coated knitwrist. Curved fingers, wing-thumb.
Men's size.
6-620: Palm coated safety cuff. Curved fingers, wing-thumb.
Men's size.
6-622: 12" fully coated gauntlet. Curved fingers, wing thumb.
Men's size.
6-660: Fully coated knitwrist. Men's size.
6-662: 10" fully coated gauntlet. Men's size.
24-362
vinyl coated
PREMIUM PVC LINE
Premium quality for heavy duty protection and long
service. Outperforms regular vinyl coated gloves as
much as 50%. Soft jersey lining, and reinforced vinyl
coating produced only by Edmont-Wilson, provide
good comfort and flexibility. 2-piece liner construction
eliminates seams from the working areas to prevent
hand irritation and premature wear thru. Special, rough
finish gives a good grip. Curved, preflexed fingers and
wing thumb. "Job-fitted" for the tougher assembly line
jobs, general plant use, handling concrete block, and
in chromatic acid, caustics, oils and petroleum solvents.
24-360: Palm coated knitwrist. Men's size.
24-362: Palm coated safety cuff. Men's size.
24-363: 12" fully coated gauntlet. Men's size.
24-364: 14" fully coated gauntlet. Men's size.
24-366: Fully coated knitwrist. Men's size.
3-312
Monkey Grip
vinyl coated
STANDARD PVC LINE
Economical for a broad range of jobs. Has a tough,
vinyl coating with excellent abrasion resistance and
good flexibility. 2-piece lining provides extra comfort
because the hand never works over rough seams.
Curved, preflexed fingers and wing thumb. "Job-fitted"
for general plant use and handling in oils, acids, caustics
and alcohols.
3-303: Fully coated knitwrist. Men's size.
3-312: 12" fully coated gauntlet. Men's size.
3-314: 14" fully coated gauntlet. Men's size.
3-318: 18" fully coated gauntlet. Men's size.
3-360: 10" fully coated gauntlet. Men's size.
, 13-152
EVER-FLEX
donkey Grip
vinyl coated
SUPER-FLEXIBLE PVC LINE
Very light, flexible and easy to wear. Special vinyl
coating stays soft when cold. Has good chemical and
abrasion resistance. 2-piece lining gives extra .comfort
and service. It eliminates seams from the working areas
to prevent hand irritation and premature wear thru.
Curved, preflexed fingers and wing thumb. "Job-fitted"
for handling in oils, acids, caustics and alcohols.
13-102: Fully coated knitwrist. Men's size.
13-402: EVER-FLEX FIREBALL Same as 13-102 except
fluorescent fire-orange color for extra visibility and
safety. Men's size.
13-152: 12" fully coated gauntlet. Men's M & L.
13-158: 18" fully coated gauntlet Men's size.
13-452: EVER-FLEX FIREBALL Same as 13-152 except
fluorescent fire-orange color for extra viability and
safety. Men's size. .
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A-156
Snorkel
vinyl coated
SUPER-FLEXIBLE
PVC LINE
Provides excellent wet grip, flexibility and comfort.
A dipped finish makes handling slippery materials safer
and easier. Available with jersey lining, or inter-lock
knit which works cooler, is more flexible, and won't
ball up when laundered. Jersey lining feels soft, and
insulates against moderate heat and cold. 2-piece liner
construction eliminates seams from the working areas
to prevent hand irritation, and premature wear thru.
Comfortable curved fingers and wing thumb. "Job-
polyvinyl alcohol
coated
ORGANIC SOLVENT
RESISTANT LINE
"Job-fitted" for handling in strong organic solvents
such as aromatics, and chlorinated .. . the types which
quickly deteriorate rubber, neoprene and polyvinyl
chloride coated gloves. PVA coating is nearly inert to
Scorpio
neoprene coated
KNIT LINED
SUPER-FLEXIBLE LINE
Excellent dexterity and comfort. An inter-lock knit
lining and flexible coating stretch to provide a snug
fit, and easier on and off. 2-piece lining construction
neoprene coated
HEAVY DUTY LINE
Premium quality for maximum protection in oils, acids.
caustics, alcohols and solvents. Reinforced neoprene
fitted" for handling materials coated with grease or oil
film, and in acids, caustics and many solvents.
4-452: Knit lined. 12" fully coated gauntlet.
Men's M & L.
4-454: Knit lined. 14" fully coated gauntlet.
Men's M & L.
4-404: Jersey lined. Fully coated knitwrist. Men's size.
4-405: Jersey lined. Women's size. Fully coated knitwrist.
4-412: Jersey lined. 12" fully coated gauntlet.
Men's M & L.
4-414: Jersey lined. 14" fully coated gauntlet.
Men's M & L.
4-460: Jersey lined. 10" fully coated gauntlet.
Men's M & L.
these solvents. There is no absorption to cause swell-
ing, and almost no extraction to cause shrinking. Very
comfortable and provides excellent dexterity. Weighs
only half as much as a neoprene coated gauntlet.
Curved, preflexed fingers and wing thumb.
15-552: 12" fully coated gauntlet. Men's size.
15-554: 14" fully coated gauntlet. Men's size.
15-561: 12" fully coated gauntlet. Women's size.
CAUTION
PVA coating is water soluble. Do not use in water or
water based solutions.
eliminates seams from the working areas to prevent
hand irritation and premature wear thru. Reinforced
neoprene coating protects against abrasion, cutting,
and a broader range of chemicals than any other glove
coating. A dipped finish makes handling wet, slippery
materials safer and easier. Curved, preflexed fingers
and wing thumb. "Job-fitted" for handling in oils, acids,
caustics, alcohols, and solvents.
8-352: 12" fully coated gauntlet. Sizes S, M, L, & Ex-L.
U.S.D.A. accepted for food and meat handling
coating has a dipped finish which gives an excellent
wet grip. Outwears regular neoprene coated gloves as
much as 30%. Fabric lining substantially increases snag
and puncture resistance. Curved fingers and wing
thumb provide extra comfort.
19-930: 10" fully coated gauntlet. Men's size.
19-932: 12" fully coated gauntlet. Men's size.
19-934: 14" fully coated gauntlet. Men's size.
19-938: 18" fully coated gauntlet. Men's size.
4-412
15-554
8-352
19-932
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9-922
Neox
neoprene coated
STANDARD LINE
Reinforced neoprene coating protects against abrasion,
cutting and a broader range of chemicals than any other
glove coating. Fabric lining greatly improves snag and
puncture resistance. Knitwrist styles have 2-piece lin-
ings. All styles have curved fingers and wing" thumbs
for a natural fit and greater comfort. "Job-fitted" for
handling in oils, acids, caustics, alcohols and solvents.'
9-022: Hi-Lo Temperature glove. 12" fully coated gauntlet.
Quilted cotton liner insulates against heat or cold.
Men's size.
A-157
9-909: Fully coated knitwrist. Men's size.
9-920: 10" fully coated gauntlet. Men's size.
9-922: 12" fully coated gauntlet. Men's size.
9-924: 14" fully coated gauntlet. Men's size.
9-928: 18" fully coated gauntlet. Men's size.
9-430: 31" fully coated gauntlet Protects to shoulder Avail-
able in pairs or single hands. Men's size.
LIGHTER WEIGHT
STYLES
Same compound but a lighter coating for extra flexi-
bility.
9-908: Fully coated knitwrist. Men's size.
9-912: 12" fully coated gauntlet. Men's size.
29-865
Neoprene
UNSUPPORTED LINE
Provides excellent protection in a broad range of
chemicals, and against abrasions, cuts and punctures.
Case hardened to increase chemical and abrasion re-
sistance over other neoprene gloves. Comfortable
curved fingers and contoured palm. Available smooth,
or with embossed or dipped finish for better gripping.
Smooth finish gloves have ribbed backs to provide air
circulation and eliminate tightness over knuckles when
hands are closed. Improves comfort and reduces hand
fatigue. "Job-fitted" for handling in oils, acids, caustics,
alcohols and solvents, and for food processing.
REGULAR DUTY STYLES
Made from latex neoprene compound.
29-840: .015" gauge,!!"length. Smooth. Rolled cuff.
Sizes 8-9-10-11.
29-845: .017" gauge, 12" length. Embossed. Rolled cuff.
Sizes 7-7l/i-8-8'/j-9-10-ll.
29-870: .018" gauge, 11" length. Smooth. Rolled cuff.
Sizes 7-8-9-10-11.
29-875: .019" gauge, 12' length. Embossed. Rolled cuff.
Sizes 8-9-10-11.
SOFT-LINED STYLE
Made from latex neoprene compound.
Soft, cotton-flock lining absorbs perspiration and feels
good on the hand. The lining, plus generously pro-
portioned wrist, make the glove easier on and off.
Embossed finish gives a good wet grip.
29-865: .018" gauge, 12" length. Pinked cuff.
Sizes 7-8-9-10-11.
U.S.D.A. accepted
for food and meat handling.
37-175 -
unsupported
SOLVENT RESISTANT
NBR (BUNA-N) LINE
Exclusive NBR compound is far superior to natural
rubber and neoprene in aromatic, petroleum and chlo-
rinated solvents. Protects against abrasion, cuts, snags
and punctures better than any other type of unsupported
glove. Case hardened to give extra chemical and abra-
sion resistance. Comfortable curved fingers and con-
toured palm fit the hand naturally. Embossed finish
provides better gripping. "Job-fitted" for handling in
solvents, oils, grease, fats, acids, caustics and alcohols,
and for food processing.
37-145: .011" gauge, 12" length. Pinked cuff.
Sizes 7-8-9-10-11.
37-155: .015" gauge, 12" length. Pinked cuff.
Sizes 7-8-9-10-11.
37-165: .022" gauge, 14" length. Pinked cuff.
Sizes 9-10-11.
37-185: .022" gauge, 18" length. Pinked cuff.
Sizes 9-10-11.
SOFT-LINED STYLE
Soft, cotton-flock lining absorbs perspiration, feels good
on the hand, and makes the glove easier on and off.
37-175: .015" gauge, 12" length. Pinked cuff.
Sizes 7-8-9-10-11.
U.S.D.A. accepted for food and meat handling
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A-158
^supported
PREMIUM LINE
Case hardened for greater chemical and abrasion resis-
tance. Gives longer service than regular rubber gloves.
Curved fingers and contoured palm provide an easy-
working fit. Available smooth, or with sprayed or em-
bossed finish for better gripping. The smooth and
sprayed finish gloves have ribbed backs to provide air
circulation and eliminate tightness over knuckles when
hands are closed. Improves comfort and reduces hand
fatigue. "Job-fitted" food processing, electronics manu-
facturing, and handling in acids, alkalies, salts and
ketones.
26-640: .015" gauge, 11" length. Smooth. Rolled cuff.
Sizes TV, -8-8'/j -9-9V, -10-11.
26-641: .015" gauge, 11" length. Smooth. Pinked cuff.
Sizes 7'/i-8-8'/i -9-10-11.
26-645: .015" gauge, 11" length. Sprayed. Rolled cuff.
Sizes 71/I-8-8'/i-9-9'/i-10-ll.
26-646: .015" gauge, 11" length. Sprayed. Pinked cuff.
Sizes 7-7y,-8-8Y,-9-9Y,-10-ll.
26-670: .018" gauge, 11" length. Smooth. Rolled cuff.
Sizes 7Vi-8-8'/1-9-9'/,-10-n.
26-675: .018" gaugeTll" length. Sprayed. Rolled cuff.
Sizes 8-9-10-11.11.
26-680: .021" gauge, 11" length. Smooth. Rolled cuff.
Sizes 8-9-10-11.11.
26-685: .021" gauge, 11" length. Sprayed. Rolled cuff.
Sizes 8-9-10-11.11.
SOFT-LINED STYLE
Soft, cotton-flock lining absorbs perspiration and feels
good on the hand. The lining, plus generously propor-
tioned wrist, makes the glove easier on and off. Em-
bossed finish gives a good wet grip.
26-665: .018" gauge, 13" length. Pinked cuff.
Sizes 7-8-9-10-11.
U.S.D.A. accepted for food and meat handling
26-665
I
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Long Rubber
unsupported STANDARD LINE HEAVY DUTY STYLE
Case hardened for greater resistance to chemicals and
abrasion. Comfortable curved fingers and contoured
palm are easy to work in. Choice of sprayed or em-
bossed finish. Sprayed finish gloves have ribbed backs
to provide air circulation and eliminate tightness over
knuckles when hands are closed. Improves comfort
and reduces hand fatigue. "Job-fitted" for food process-
ing and handling in acids, alkalies, salts and ketones.
36-124: .018" gauge, 12" length. Generously proportioned
wrists make on and off easier. Embossed. Pinked
cuff. Sizes 7-7'/2-8-8'/,-9-9'/j-10-ll.
KANRY-TEX
Has 37% thicker rubber on fingers. Extends glove life
on jobs where fingers are subjected to excessive wear.
Sprayed finish gives an excellent wet grip.
36-555: .016"-.022" gauge, 11" length. Pinked cuff. Sizes
7-/J-8-9-10.
For plywood gluing and heavy duty liquidproof pro-
tection. Made of tough, heavy gauge-rubber for extra
abrasion and puncture resistance. Embossed finish
gives a good wet grip.
36-755: .040" gauge, 14" length. Pinked cuff. Sizes 10-11.
U.S.D.A. accepted for food and meat handling.
-124
9
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Premium
White Rubber
A premium quality, surgeon's-type rubber glove de-
signed for industrial use. Strong, yet thin and snug-
fitting. Provides superior dexterity and sensitivity. Re-
sists acids, alkalies, salts and ketones. Curved fingers
and contoured palm give extra working ease. Available
smooth, or with sprayed finish for safer gripping. "Job-
fitted" for electronics manufacturing, research labora-
tory work and assembling small parts.
46-320: .009" gauge, ll'/," length. Smooth. Rolled cuff.
Sizes (>'/i-7-T/!-8-8Vi-9-9'/i-\0.
46-321: .009" gauge, 11V4" length. Sprayed. Rolled cuff.
Sizes 6'/i-7-7'/!-8-8'/i-9-9'/!.
A-159
45-710: ^0075" gange, 11!*" length. Smooth. Flat cuff
Sizes 6'/,-7-7'/i-8-9. Bulk packed 12 doz. per case
rights and lefts separated. .
CASE
STYLES
Case hardening toughens the glove surface for
creased chemical and abrasion resistance.
46-322: .017" gauge, 11" length. Smooth. Pinked cuff.
Sizes 7-7'/J-8-8'/>-9-10.
46-323: .017" gauge, 11" length Sprayed. Pinked cuff.
Sizes 7-7'/2-8-8'/4-9-10.
46-322 and 46-323 are
U.S.D.A. accepted for food and meat handling.
35-125
POLYETHYLENE LINE
The POLY-D GLOVE gives low-cost product protec-
tion for food and precision parts handling. Superior
touch sensitivity. Powderless and sulphur-free — can't
mark delicate materials. Fits either hand. Disposable.
35-112 Roll: 100 gloves, .00125" gauge, no paper. S, M, L.
35-119 Box: 1000gloves, .00125" gauge, no paper.S, M, L.
35-122 Roll: 100 gloves, .00125" gauge. Sizes S, M, L.
35-125 Dispenser: 100 gloves, .00125" gauge. Sizes S, M, L.
35-126 Dispenser: 1000 gloves, .00125" gauge. Sizes S, M, L.
35-129 Roll: 1000 gloves, .00125" gauge. Sizes S, M, L.
DISPOSABLE OR REUSABLE
ECONOMICAL. Replace rubber gloves and reduce
costs for hand or product protection where glove con-
tamination is high.
REUSABLE OR DISPOSABLE. Tough enough to
reuse. Inexpensive enough to use once and throw
away.
LIQUIDPROOF ... no seams to split and leak.
EXCELLENT SENSITIVITY ... the thin vinyl pro-
vides a keen sense of touch and great dexterity.
FIT EITHER HAND ... makes issuing easier — no
need to pair lefts and rights.
PREMIUM RUBBER
Select the thickness to fit the job:
SHEER . . . for light-duty use where sensitive touch
is needed.
REINFORCED ... for general-duty use. Medium
thickness with reinforced work surface.
Available in 3 thicknesses and 4 sizes.
35-137 Roll: 25 gloves, .00175" gauge, 32" length. Size L.
35-150 Roll: SOgloves, .00175" gauge. 22" length. Size L
35-152 Roll: 100 gloves, .00175" gauge. Sizes S, M, L
35-159 Roll: 1000 gloves, .00175" gauge. Sizes S, M, L.
The POLY-D-BOOT is ideal for clean rooms, food
processing and poultry plants. Liquidproof, chemical
resistant and fits either foot. Available in .00175" and
.003" gauges, S, M and L sizes. S fits men's shoes thru
size 9-1/2, M 10 to 11, L 11 thru 12. Order size S for.
women.
35-300 Roll: 50 boots. .00175" gauge.
35-350 Roll: 50 boots 003" gauge.
U.S.D.A. accepted for food and meat handling.
Available in 3 styles
Tru-Touch Featherweight: .004" thick. "Job-Fitted"
for handling very small parts, precision assembly,
scientific research, and food processing.
34-600 Dispenser: 100 gloves. Sizes S, M, L.
Tru-Touch Sheer: .005" thiwk. "Job-Fitted" for scien-
tific research, inspecting and assembling small parts.
34-550 Dispenser: 50 gloves. Sizes S, M, L, Ex-L.
Tru-Touch Ambi: .0065" thick. "Job-Fitted" for
small parts handling, laboratories, painting, polishing,
equipment clean-up.
34-100 Dispenser: 100 gloves. Sizes S, M, L, Ex-L
34-300 Dispenser: 300 gloves. Sizes S, M, L, Ex-L.
45-060 Box: 1 gross, sheer, 0035" gauge, 2^/4" length. Sizes
1-2-3.
45-600 Bag: 10 gross, same as 45-060 except bulk packed.
45-610 Bag: 10 gross, sheer, powderless, .0035" gauge, 23/4"
length. Size 1-2-3.
45-070 Box: 1 gross, reinforced, .007"-.013" gauge. 2>i:i"
length Sizes 1-2-3.
45-770 Box: 1 gross, reinforced, .012"-.016" gauge, 23/Y'
length Sizes 1-2-3-4
45-070 45-060
10
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•
A-160
SHIRT
LAB COAT
Heavy
Duty
Coverd!
SMOCK
PANTS
polyolefin
REUSABLE OR DISPOSABLE . . . tough enough to
launder and reuse. Inexpensive enough to wear once
on messy jobs and throw away.
LIGHTWEIGHT COMFORT . . . JFA garments weigh
less than 6 ounces—cotton garments are as much as
10 times heavier.
EASY TO WEAR , . . generous sizing and raglan
sleeves permit free and easy movement.
STRONG POLYOLEFIN FABRIC ... has excellent
resistance to snags, tears, punctures, and many chemi-
cals. It is also splash, stain, and perspiration resistant,
anti-static, lint free, and biologically and chemically
inert.
OVERCAST STITCHING . . . provides extra seam
strength.
EASY SIZE ADJUSTMENT . . . garment length and
sleeves are easily shortened without ravelling, using
scissors.
HIGH OPACITY . . . prevents show thru and allows
wearing without other clothing underneath.
COVERALL Aluminum zipper. Reinforced crotch.
Mandarin-style collar.
55-510: Splash resistant. Sizes S, M, L, XL.
55-520: Air conditioned. Sizes S, M, L, XL.
LAB COAT Ideal for lab and process technicians.
Buttons in front. Two sewn-on utility pockets.
55-430: Splash resistant. Sizes S, M, L, XL.
55-440: Air conditioned. Sizes S, M, L, XL.
SMOCK Collarless, wrap-around style. Ideal for pro-
duction and processing line jobs where product pro-
.tection is important.
55-330: Splash resistant. Sizes S, M, L, XL.
SHIRT Buttons in front.
55-130: Splash resistant. Sizes S, M, L, XL.
PANTS Elasticized waist.
55-230: Splash resistant. Sizes S, M, L, XL.
FABRIC TYPES AND
WEIGHTS
SPLASH RESISTANT - Protects against moderate
splash and spray. Also ideal for clean room use, and
high dust level applications.
Coverall
Shop Coat
Hood
Lab Coat
Smock
Shirt
Pants
Heavy -Duty
(Blue)
X
X
X
Regular-Duty
(White)
X
X
X
X
X
AIR-CONDITIONED-Has thousands of tiny perfora-
tions which ventilate the garments.
Heavy-Duty
Coverall
Regular-Duty
(White)
Lab Coat
JFA SIZE SELECTION GUIDE
Shirt
Coat
Smock
Size Chest
S
M
L
XL
48"
51"
55"
58"
Coverall
Chest Waist Inseam
45" 45" 26"
Pants
Waist Inseam
48"
51"
56"
26"
27"
29"
36"
38"
40"
42"
30"
31"
33"
33"
COLORED STITCHING IDENTIFIES SIZES
Makes size sorting after laundering quicker and easier.
Small size has red stitching, medium blue, large yellow,
and extra large white.
11
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(Continued)
REUSABLE OR DISPOSABLE . . . tough enough to
launder and reuse. Inexpensive enough to wear once
on messy jobs and throw away.
LIGHTWEIGHT COMFORT . .cotton garments are
as much as 10 times heavier.
EASY TO WEAR . . . generous sizing and raglan
sleeves permit free and easy movement.
STRONG POLYOLEFIN FABRIC ... has excellent
resistance to snags, tears, punctures, and many chemi-
cals. It is also splash, stain, and perspiration resistant,
anti-static, lint free, and biologically and chemically
inert.
OVERCAST STITCHING . . . provides extra seam
strength.
EASY SIZE ADJUSTMENT . . . garment length and
sleeves are easily shortened without ravelling, using
scissors. :
HIGH OPACITY . . . prevents show thru and allows
wearing without other clothing underneath.
HOOD
ExifQ
12
polyethylene coated polyolefin
LIGHTWEIGHT, LIQUID
PROTECTION CLOTHING
ECONOMICAL . . . replaces expensive PVC and
neoprene clothing on wet, messy jobs.
TOUGH POLYOLEFIN FABRIC . . . coated with
polyethylene to repel liquids and resist snags, tears,
punctures, abrasion, and chemicals.
COMFORTABLE . . . cool and lightweight —as much
as 75% lighter than PVC garments.
OVERCAST STITCHING . . . provides extra seam
strength.
GENEROUS SIZING .. permits free, easy movement.
EASY LENGTH ADJUSTMENT . . . sleeve and pant
leg lengths are easily shortened with scissors. Fabric
won't ravel.
VINYL SNAPS ... on jacket are chemical resistant—
can't rust or corrode.
SHOP COAT Extra long for extra protection. Ideal
for supervisory personnel and plant visitors. Two utility
pockets. Buttons in front.
55-415: Sizes S, M, L, XL.
HOOD Slips on and off easily. Tape ties hold it snugly
in place. One size for all.
55-908: One size.
WRIST CLOSURE Elastic with rust-resistant metal
tip and slide for size and tension adjustment.
55-909
HANDY DISPENSER SOX
Stackable. side-dispensing box simplifies stor-
age and issuing. Requires less than one cubic
foot of space. Contains 25 individually rolled
and paper-banded garments of one style and
size. Helps keep garments neat and clean
until issued. In-plant laundry instructions are
printed on each wrapper.
SEE PAGE 20 FOR ORDERING INFORMATION
WRIST CLOSURE
I
"Job-Fitted" for: Turnarounds • Tank cleaning •
Replacing pipe • Washdowns • Steam cleaning •
Maintenance • Weed spraying • Degreasing • Fiber-
glass layup
Available as a suit (jacket and elastic waist pants).
55-755: Sizes S, M, L, XL.
\
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POLYETHYLENE
USDA ACCEPTED
LOW COST PROTECTION . . for light-duty food
processing, laboratory, and general clean up uses. Can
be reused or worn once and thrown away.
ONE-PIECE DESIGN . . . eliminates folds, hems, and
seams that can trap bacteria, dirt, or liquids.
LIQUIDPROOF . . resists many chemicals, fats,
grease, oils.
EMBOSSED FINISH helps prevent heat build-up
and static "cling "
COMPACT DISPENSER BOX . . . issues aprons one
at a time. Keeps them handy at work station.
54-290: 100 per dispenser.
"MONOTEX" 1-PIECE
DESIGN
No folds, hem, or
seams to trap
bacteria, dirt, or
liquids.
MONOTEX
TOUGH 7%-MIL VINYL . . semiopaque virgin ma-
terial (not reprocessed) for greatest flexibility and
resistance to abrasion, oils, fats, chemicals, and
punctures.
36" WIDE . . . provides wrap-around protection.
REVERSIBLE/LAUNDERABLE ... for extended
service.
"MONOTEX" STYLE . . . unique. 1-piece design*
eliminates folds, hems, and seams which can trap
bacteria.
Available in 2 colors and 3 lengths.
54-613: White, 36" length.
54-621: Blue, 40".
54-623: White, 40"
54-631: Blue, 45"
54-633: White, 45"
HEMMED EDGE
PLAIN EDGE
Regular Duty
7^-Mil Vinyl
Aprons
STRONG . virgin material (not reprocessed! pro-
vides greatest flexibility and resistance to abrasion,
oils. fats, chemicals, and punctures.
Semiopaque.
NYLON NECK & WAIST TIES . . . extra long, and
pre-attached for immediate use. Plastic tips prevent
fraying. Chrome-plated steel grommets resist rusting.
HEMMED EDGE STYLES
Edges are hemmed with continuous-filament nylon
thread. Available in 2 colors and 4 lengths for men
and women
54-421: Blue, 40".
54-431: Blue, 45".
54-433: White, 45".
54-441: Blue, 50".
54-443: White, 50"
54-451: Blue, 55".
PLAIN EDGE STYLES
Entire apron, including edges, is easily wiped clean.
Available in 2 colors and 45" length.
54-531: Blue, 45".
54-533: White, 45".
•Patent Nos .1781916. .1815153
13
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(Continued)
COAT/APRON Elasticized wrists give a snug fit. Ideal
for extra wet, messy jobs such as poultry killing, metal
degreasing. spraying, and finishing. Available in .1 sizes.
54-161: Blue, sizes S, M, and L.
TROUGH APRON Bottom edge folds up to catch
liquid running down the front and channel it to the
side for run-off. Trough is held in place with PVC
snaps, and unfolds completely for easy cleaning. Extra
long nylofl ties cross over and tie in back to provide
easy size adjustment and greater comfort.
54-573: White, 45".
SLEEVE/LEGGING Liquidproof seam is electroni-
cally sealed. Sewn-in elastic ties, with rusi-resistant
metal tips, permit size and tension adjustment at both
ends. 54-103: White, 18" length.
rens
TOUGH, VIRGIN VINYL ... for longer service and
extra protection against oils, fats, chemicals, and punc-
tures. 36" wide. Opaque.
ECONOMICAL . . . replace heavy neoprene and
rubber aprons for food processing, plating, metal fabri-
cating, and general clean-up.
PLAIN EDGES . . . eliminate bacteria and dirt traps.
Entire apron is easily wiped clean.
NYLON NECK & WAIST TIES . . . extra long and
pre-attached for immediate use. Plastic tips keep ends
from fraying. Chrome plated steel grommets resist
rust.
"Job-Fitted" for: Metal fabricating • Foundry work
• Food processing.
54-733: White, 45".
54-742: Green, 50".
HEAVY DUTY
with
PANEL
Same as above except with a 24" x 17" panel, electroni-
cally welded at mid-section, to provide extended ser-
vice. When worn thru, panel can be removed to expose
new surface underneath.
54-932: Green, 45".
54-933: White, 45".
COAT/APRON
HEAVY DUTY
HEAVY DUTY
WITH PANEL
hycar coated
EXTRA TOUGH . . heavy-duty fabric is coated
on both sides to provide extended service. Wears up
to 20% longer than neoprene on straight abrasion.
EXCELLENT PROTECTION ... far superior to
natural rubber and neoprene for protection against
abrasion, cuts, snags, punctures, and an'TuI tats
STAYS FLEXIBLE . . . even when cold.
WIDE BIB . . provides extra splash protection for
upper chest.
COMFORTABLE NECK STRAP ... is adjustable
for proper fit. Buckle snaps on, and off for quick
release.
"Job-Fitted" for: Meat packing and processing •
Canning plants • Chemical plants • Fishing indus-
try • Plating • Foundries • Metal fabricating • Bat-
tery reclamation • General clean-up.
54-365: White, 35" wide x 47" long.
54-367: Yellow
14
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A-164
CLOTHING FOR WET WEATHER & CHEMICAL PROTECTION
MADE IN THE U S A TO RIGID STANDARDS OF QUALITYi
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Lightweight Fabric
Comfortable yet tough. No stiff,
restricted feeling. Made with nylon
netting bonded between layers of vinyl.
Won't let punctures tear and spread.
Has excellent resistance to oil, caustics,
alcohols, oxidation and mildew.
Non-corrosive,
Non-conductive Snaps
You get both safety and
convenience with quick,
release and protection'from
electric shock. Snaps won't
rust and can be opened
\en while wearing gloves.
3.
Dielectrically Welded Seams
Weak and split seams are
obsolete with Wet-Wear 600.
Using the most advanced
dielectric welding equipment.
seams are uniformly bonded.
Generous Sizing
Roomy proportions permit
free and easy movement for
bending and stretching. More
space in crotch, waist, and
chest. No need to stock
many different sizes to
accommodate workers.
Batwing Sleeves
Provide unrestricted arm
movement. Won't bind when
you reach or stretch.
7.
Velvet-lined Collar
Puts extra comfort around the
neck. On velvet-collar jacket,
and raincoat.
^2Jj
Storm-fly Front
Helps keep rain and
chemicals out. On
hooded and velvet-collar
jackets, and raincoat.
8.
Elasticized Suspenders
"Give and take" with body movements
to prevent binding and provide extra
comfort. On overalls.
PANTS
Elasticized waistband gives ex-
tra comfort. Can be matched
with any Wet-Wear 600 jacket
to make a suit.
65-627: Sizes S, M, L, XL, XXL.
ECONOMY JACKET
Simple styling provides eco-
nomical protection. Combine
with the pants to make a basic
suit.
65-620: Sizes S, M, L, XL, XXL.
(Continued on next page)
Comfort is the reason so many
Wet-Wear 600
-------
Extra-small size and A-165
accessories . . . available on
special order I
Ask your Wet-Wear 600 distributor for detail^
and prices, or contact Edmont-Wilson 1300 Walnut
Street, Coshocton, Ohio 43812. Phone: (614)1
622-4311.
I
BIB OVERALLS
Elasticized suspenders with
non-corrosive slides for length
adjustment. Available with or
• without one-snap fly.
65-605: Sizes S, M, L, XL, XXL.
65-615: With fly front. -^
RAINCOAT
49" long. Velvet-lined,
mandarin-style collar. Storm-
fly front. Two patch pockets
with flaps.
65-602: Sizes S, M, L, XL.
HOODED JACKET
Full sized hood, with nylon
drawstring, is dielectrically
welded to jacket, Storm-fly
front.
65-600: Sizes S, M, L, XL, XXL.
VELVET COLLAR JACKET
Velvet-lined, mandarin style
collar. Storm-fly front. Hood
(shown at left) attaches with
non-corrosive snaps.
65-610: Sizes S, M, L, XL, XXL.
DETACHABLE HOOD
For velvet collar jacket. At-
taches with non-corrosive
snaps. Nylon drawstring. 65-611.
SOU'WESTER HAT
Four piece crown with soft cot-
. ton lining, ear flaps, and chin
ties. 65-609: Sizes M & L.
EXTRA-SMALL SIZE JACKET
Sized and tailored to fit women and men under
5'5" and 130 Ibs. Has storm-fly front and velvet-
lined collar.
EXTRA-SMALL SIZE OVERALLS
Sized and tailored to fit women and men under
5'5" and 130 Ibs. Has elasticized suspenders with
non-corrosive slides for length adjustment.
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CONCEALED SNAP FASTENERS
ON HOODED AND VELVET
COLLAR JACKETS
Special cover flap on jacket front
helps prevent fasteners from becom-
ing entangled in fishing nets and
other equipment. Available on all
sizes.
8" INNER SLEEVE ON HOODED
JACKET
Doubles the liquid-protection for
hand and forearm. Elastic at wrist
provides a snug fit to help keep splash
and spray out. Available on all sizes.
Perma-Bond
Stenciling
Trademarks and special designs, as well
as block lettering can be silk-screened
on any style Wet-Wear 600 garment.
Inks used are formulated to resist chemi-
cals and abrasion.
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16
Edmont-Wilson, Coshocton, OH 43812
Division of Becton, Dickinson and Company
.Fireball, Grab-it, Grappler, Hycron. Hynit, JFA, Job-Fitted,
Kanry-Tex, Knit-Rite, Monotex, Neox, Poly-D, Seams-Rite,
Snorkel, STD, Tru-Touch, Tuf-Duk, Werx, Wet-Wear, Edmont,
B-D are registered trade marks. .,. ..'-,,.- ...--'>>»;'
FORM 3078 MFGR'S. CODE 697514 Printed in U.S.A.
-------
A-166
Industrial
Gloves
'Goodrich
-------
Index
Design details 2
Chemical comparison chart . 3
BFGoodrich lightweight
natural latex 4
BFGoodrich lightweight
neoprene nitrile .... 5
BFGoodrich heavy duty
industrial gauntlets . . .6-7
Hood neoprene coated gloves 8-9
Hood Magnet® gloves ... 10
Hood Koroseal® gloves . . . 10
Hood PVC coated gloves . .10
Hood rubber coated gloves . 11
Hood Ruf-N-Tuf coated gloves 11
Design Details
Tensile strength
High quality and dependability
are maintained through modern
technical equipment and
experience. Special instruments
test the tensile strength and
stretchability of the latex-coated
gloves. This assures the utmost in
flexibility, long wear, depend-
ability and economy.
Careful inspection
Famous for high manufacturing
standards and workmanship.
These standards have been
maintained not only through
continuous research, but through
frequent and careful inspections
during production. They also
undergo rigid inspection when
completed.
Natural latex—Neoprene
Natural rubber gloves are made
by a special process that assures
uniform gauge, high tensile
strength and excellent resistance
to tearing and snagging. They will
withstand the action of most acids
except the strong oxidizing acids.
Not recommended for use with oil
or grease. Neoprene gloves have
high resistance to acids, alkalies,
oil and grease, long aging quali-
ties, good flexibility, high tensile
strength.
A-167
Reinforced thumb crotch
Reinforced
cuff band
Curved fingers
Gauntlet
Palm coated
Grip-All
Band cuff
34" shoulder length gauntlet
Knit wrist
2
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A-168
BFGoodrich chemical comparison chart
chemicaf
Natural
Neo- Rubber Nilnle
prene or Latex (Buna - N) PVC
Natural
Neo- Rubber Nilnle
prene or Latex (Buna - N) PVC
Natural
Neo- Rubber Nilnle
prene or Latex |Buna - N) PVC
A
B
C
O
E
p
— Acetaldehyde
Acetate
Acetic Acid
Acetone
Acetylene Gas
Acetylene Tetrachlorlde
Acrylomtnle
Amidol
Amme Hardeners
Ammonium Hydroxide
Amyl Acetate
Amyl Alcohol
Anhydrous Ammonia
Aniline
Aniline Hydrochlonde
Aniline Oil
Animal Fats
Animal Oils
Anodex
Anthracene
Aromatic Fuels
— Banana Oil
Benzaldehyde
Benzene
Benzyl Alcohol
Benzyl Benzoate
Benzyl Chloride
Blacosolve
Butane
Butyl Acetate
Butyl Alcohol
Butylaidehyde
Butylene
— Calcium Hydroxide
Carbolic Acid
Carbon Dioxide
Carbon Disulphide
Carbon Tetrachlorlde
Castor Oil
Cello-Solve
Cello-Solve Acetate
Chlorophenylene
Diamine
Chlorine
Chlorine Gas
Chioro Benzene
Chloroacetone
Chloroform
Chloronaphithalene
Chloropicrm
Chlorothene
Chromic Acid
Chromotex
Citric Acid
Cotton Seed Oil
Creosote
Cresol
Cupric Nitrate
Cyclohexane
Cyclohexanol
Cyclohexanone
— Decaborane
Degreasing Fluids
Dtacetone Alcohol
Diethyltiamme
Di-lsocyanate
Diborane
Dibenzyl Ether
Dibutyl Phthalate
Dichlorethane
Dtchloroporopene
Diesel Fuel
Diethanolamine
Diethylamme
Dnsobutyl Ketone
Dimethyl Formamide
Dioctyl Phthalate
Diosane
— Emulsifying Agent
Ernulthogene
Epichloro
Epoxy Resins Dry
Esters
Ethane Gas
Ethanol
Ethers
Ethyl Acetate
Ethyl Alcohol
Ethyl Ether
Ethyl Formate
Ethylamlme
Ethylenediamme
Ethylene Dichlonde
Ethylene Gas
Ethylene Glycol
Ethylene Trichloride
Fatty Acids
Ferrocyanide
Fluoric Acid
E
G
E
G
E
F
G
G
F
E
F
E
G
G
F
F
E
E
G
F
P
F
F
P
E
G
F
G
E
G
E
G
E
E
E
E
F
F
F
F
G
G
G
G
F
E
G
F
P
P
F
G
E
G
G
G
G
G
G
G
F
F
E
G
G
F
G
G
P
P
G
E
E
p
F
G
E
G
G
G
E
F
E
E
E
G
E
E
G
F
E
F
E
E
F
F
E
G
F
E
E
E
NR
F
E
F
E
P
E
E
F
P
P
P
F
E
P
NR
P
F
NR
E
F
P
P
F
F
E
G
G
E
E
E
F
P
P
G
F
P
F
F
P
E
P
P
P
NR
P
G
E
P
G
G
G
F
F
E
P
P
E
F
P
P
G
p
NR
P
p
G
G
F
F
P
G
F
F
P
E
P
G
E
G
F
E
G
F
F
G
P
G
E
P
p
G
G
F
G
E
F
E
G
F
G
G
E
F
E
G
G
F
F
E
E
G
G
G
G
G
G
E
G
G
G
E
F
E
G
E
E
E
E
G
G
E
P
G
F
G
G
P
F
G
F
P
F
F
G
E
E
G
G
G
G
G
G
F
G
E
E
F
F
G
G
F
G
G
E
E
P
P
G
G
G
G
P
E
F
E
G
E
F
G
E
G
F
E
F
E
E
G
F
E
G
P
E
F
G
P
F
E
F
E
P
G
E
G
F
G
G
G
E
F
F
F
F
F
G
F
G
F
P
P
G
G
F
E
G
E
F
F
G
F
F
F
F
F
P
F
P
F
G
P
G
G
E
G
G
G
G
F
F
F
P
P
P
F
F
P
F
p
P
F
F
E
F
P
G
P
P
F
F
F
E
P
G
G
P
p
G
P
p
p
F
P
G
G
P
F
F
Fluorine
Fluorine Gas
Formaldehyde
Formic Acid
Freon 1 1
Freon 1 2
Freon 21
Freon 22
Furlural
G— Gasoline Leaded
Gasoline Unleaded
Glycerine
Glycerol
Glycol
Gold Fluoride
Grain Alcohol
H— Halogens
Hexamethylene
Tetramme
Hexane
Hexyl Acetate
Hydraulic Oil
Petroleum Base
Ester Base
Hydrazme
Hydrochloric Acid
Hydrofluoric Acid
Hydrogen Gas
Hydrogen
Peroxide — SOS
Hydro-Qumone
Hydrafluosilic Acid
1 — Inorganic Salts
Iso-oclane
Isopropanol
Isopropyl Alcohol
K — Kerosene
Ketones
L— Lacquer Thinners
Lactic Acid
Laurie Acid
Lmeoleic Acid
Linseed Oil
M — Maleic Acid
Mercuric Chloride
Mercury
Methane Gas
Methanol
Methyl Acetate
Methyl Alcohol
Methylamme
Methyl Bromide
Methyl Cellosolve
Methyl Chloride
Methyl Ethyl Ketone
Methyl Formate
Methylene Bromide
Methylene Chloride
Methyl Isobutyl Ketone
Methyl Methacylate
Mineral Oils
Monochlorbenzene
Monoethanolamme
Morpholme
Muriatic Acid
N — Naphthalene
Naphthas Aliphatic
Naphthas Aromatic
Nitric Acid
Nitric Acid Red &
White Fuming
Nitrobenzene
Nitroethane
Nitrogen Gas
Nitromethane
Nitropropane
Nitrous Oxide
O — Octyl Alcohol
Oleic Acid
Oxalic Acid
Oxygen Liouid
P— Paint Thinners
Paint and Varnish
Removers
Palmitic Acid
Paradichlorobenzene
Parathione
Penta Borane
Pentachlora phenol
Pentane
Perchloric Acid
Perchlorethylene
Permachlor
Petroleum Spirits
Phenol
Phenylene Diamine
Phil-solv
Phosphoric Acid
G
G
E
E
G
G
G
G
G
G
F
E
E
E
G
E
G
F
F
F
G
E
F
E
E
E
G
G
F
E
F
£
E
E
G
G
E
E
E
E
E
G
G
E
E
G
E
F
G
G
G
G
G
G
G
G
G
E
F
E
E
E
G
E
G
G
P
c
F
E
F
F
G
E
E
E
G
G
E
E
p
F
F
E
E
F
E
E
E
G
G
E
E
F
F
E
E
p
P
p
P
G
P
p
E
E
E
E
E
F
G
P
P
P
P
G
E
E
E
G
G
F
E
G
E
E
E
F
G
E
E
E
E
E
G
p
E
G
G
G
G
G
E
G
F
F
G
G
F
G
E
P
E
E
E
F
F
P
F
P
P
P
E
P
P
G
E
F
E
p
F
F
E
F
F
P
G
G
F
NR
F
F
F
P
Q
F
G
G
G
E
E
F
F
F
F
F
G
E
E
E
E
G
G
G
F
E
F
E
G
G
G
G
E
G
G
G
E
P
E
E
F
E
F
E
F
P
P
E
E
G
E
E
F
E
F
F
G
G
G
F
G
F
G
G
F
P
G
E
G
G
E
G
F
P
F
F
E
f
F
G
E
E
E
F
G
G
E
G
F
F
F
E
F
E
E
E
G
F
E
E
F
F
F
E
F
F
F
F
F
F
F
E
E
E
E
G
F
G
F
F
F
P
E
G
F
G
F
F
F
G
P
G
G
F
F
F
G
G
G
F
G
F
F
G
G
P
G
F
P
P
P
NR
F
P
P
NR
F
G
P
G
G
G
G
P
P
F
P
P
P
G
P
P
F
F
F
G
P
F
P
G
E
P
P
F
P
p
NR
NR
P
G
P
p
F
G
Pickling Solution G G G G
Picric Acid EG E F
Pine Oil E P E G
Pitch E P E F
Plating Solutions E E E E
Potassium Alum G G G E
Potassium Bromide G G G E
Potassium Chrome
Alum G G G G
Potassium Dichromate F F F G
Potassium Ferrocyanide G G G G
Potassium Hydrozide E E EG
Printing Inks EG E F
Propane Gas E E EG
Propanoi-iso E E EG
Propyl Acetate G F G F
Propyl Alcohol E E EG
Propyl Alcohol ISO E E E G
Propylene Gas E F EG
Propyne Gas E F EG
R — Red Fuming Nitric Acid P P P P
S — Sliver Nitrate EG G F
SkydrolSOO P G P P
Sodium Carbonate
Metol G G G G
Sodium Hydroxide E E EG
Sodium Sulphite G G G G
Sodium Thiosulphide G G G F
Solvarsol E F E F
Solvessos P P E P
Stearic Acid E E EG
Stoddards Solvent E F E F
Styrene P P F P
Styrene 100% P P F P
Sulphuric Acid G G G F
T — TanmcAcid E E E E
Tetra Hydro Borane F P F P
Tetraethyl Lead E F E P
Tetrahydrofuran P F P F
Toluene Di-isocyanate F G F P
Toluol F P E P
Tnchlor F P G P
Trichlorethylene F P G P
Tnchloroethane P P F p
Tricresyl Phosphate G F F NR
Tndecyl Alcohol G F E F
Tnethanolamine EG EG
Trinitrotoluene G P EG
Trinitrotoluol G P EG
Triptane E P E P
Tung Oil E P E F
Turco No 2998 P P P P
Turpentine G F EG
U — Unsymmetncal
Dimethyl Hydrazme F P G P
V — Varnolme Gas E F E F
Varsol G F G F
Vegetable Oils EG EG
W — Wood Alcohol E E G G
Wood Preservatives G F G F
Woodyouth F P E P
X — Xylene P P E P
Xylidene E F E P
Z- Zinc Chloride E E E F
PHYSICAL
CHARACTERISTICS
Tensile Strength E E E F
Elongation E E F F
Tear Resistance G G F F
Abrasion Resistance G G EG
Heat Resistance E F G P
Ozone Resistance EG G E
Sunlight Aging E F G F
Shelf Life Aging E E E F
KEY:
E — Excellent G— Good F— Fair P — Poor
NR — Not Recommended
This comparison chart shows the relative re-
sistance ratings ot various glove materials to
solvents commonly used in industry We rec-
ommend rotation of gloves in service according
to prevailing conditions If excessive swelling
occurs change to another pair allowing swollen
gloves to dry
In genera! gloves should be cleaned immedi-
after use particularly when using acids-or other
chemicals This information is based on room
Jure should be watched as to its effect on gloves
Proper care will insure longer life
I
-------
lightweight
natural
latex
Each of these gloves has an
embossed design on the palm and
fingers to insure a comfortable,
firm, easy grip. And all these
gloves are U.S.D.A. approved, and
meet OSHA standards.
2937
Gauge
Sizes
Length Color
Light
(.015) 7-91/2,10, 11
Lightweight. Curved
fingers provide
comfort and reduce
fatigue. Pinked
cuff.
12"
Amber
2937
2938
Gauge
Sizes Length Color
Light
(.018) 7-9V2.10, 11
Maximum
resistance to tear
and puncture.
Pinked cuff.
12" Natural
2939
Gauge
Sizes
Length Color
Light
(.018) 7-9'/2,10, 11
Soft, flexible,
floe-lined. Easy
removal.
Pinked cuff.
Gold
2939
BFGoodrich
lightweight
industrial
gloves
2940 A ,69
litentuf glove
Gauge Sizes Length Color
(.015) 7-91/2,10,11 12" Natural
Combining dexterity and
sensitivity with an
excellent wet or
dry grip.
Recommended
for use in
liquids, handling
glass or
ceramics, or in
food
processing.
2940
-------
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A- 17P
lightweight
neoprene
gloves
2941
flexiprene glove
Gauge
Sizes
Length Color
lightweight
nitrile (nbr)
gloves
2942
nitrile (nbr) gloves
powdered PVC
disposable
gloves
3000
Gauge
Sizes
Length Color
Light
(.015) 7,8,9,10,11 11" Black
Combining the resistance of
neoprene with the sensitivity of
latex by utilizing natural latex on
the inside and neoprene on the
outside. Grip design palm.
Recommended for work requiring
resistance to oils,
acids, alcohols
and solvents.
Also has many
applications
in food
processing.
Gauge
Sizes
Length Color
.005
S, M, L, X-L 10"
Sheer
2942
Light
(.015) 7,8,9,10,11 11" Ivory
Resists abrasion, puncture and
chemicals better than any other
glove. Nitrile gloves are especially
suitable for use in chlorinated
solvents. They are also
well suited for use in ,
the food processing ' /
industry. Grip ' f '
design palm.
U.S.D.A. approved. Sheer, seam-
less, extra-sensitive construction.
Excellent for food handling,
meat packing and clean
room environments.
Applicable for the ; / •'.
electronic, • „
pharmaceutical
and printing
industries.
3000
-------
natural
latex
2911
Gauge
2912
Sizes Length Color
Gauge Sizes
A-171
Length Color
I
The gloves on this page are made
by a special process that assures
uniform gauge, high tensile
strength and excellent resistance
to tearing and snagging.
BFGoodrich rubber gloves will
withstand the action of most acids
except the strong oxidizing acids.
Not recommended for use with
oil or grease.
Extra Heavy
(.055)
9,10,11 14"
Black
Smooth finish. Curved fingers.
Recommended for
heavy industrial
use. Excellent for
sandblasting.
2921
Gauge
Sizes
Length Color
Medium
(.045)
9,10, 11
14"
Curved fingers.
Molded non-slip
palm and fingers.
Recommended
for heavy
industrial use.
Smooth finish.
Curved fingers.
Recommended
for heavy
industrial use.
-------
Heavy duty
neoprene
Service: for assembly operation,
leather and textile processing,
polishing, paint spraying, photo
engraving, dye manufacturing,
electroplating, petroleum refining,
lithography and soap
manufacturing.
Features: Neoprene gloves have
high resistance to acids, alkalies,
oil and grease, long aging
qualities, good flexibility, high
tensile strength. Gauges indicated
are nominal.
2920
2935
Gauge
Sizes
Length Color
Gauge
Sizes
Length Color
Medium
(.035) 9,10,11,12
Smooth finish.
Curved fingers.
14"
Black
Medium
(.035) 10,11
Smooth finish.
Curved fingers.
18" Black
2920
2930
Gauge
Sizes
Length Color
Medium
(.045) 9,10,11
Curved fingers.
Molded non-slip
palm and
fingers.
14"
Black
2935
Light
(.018) 7,8,9.
Curved fingers.
Ribbed gripping
surface. Straight
-------
7701-P 7703
4710
No.
Style
Weight Color
No.
Style
Weight Color
7701-P 12" gauntlet Standard Black
7703 141/2" gauntlet Standard Black
with cuff band
Reinforced thumb crotch gives
extra protection where the wear
occurs. Tough and durable
standard weight. Gives economy
through cut and tear resistant
features. Neoprene
coated to resist
oils, grease,
chemicals and
abrasion. Coated
fabric cuff.
4710 Knit wrist Heavy Black
Palm coated with acid and oil-
resistant Neoprene for additional
protection. Heavyweight,
knit wrist glove.
for use where
all-over pro-
tection is not
necessary.
4700
4702 4703
A-173
No.
Style
Weight Color
4700
4702
4703
Knit wrist
Knit wrist
(straight
fingers)
Knit wrist
Standard
Heavy
Heavy
Black
B!aoK
Black
4710
Industrial heavyweight and
Neoprene coated. Highly resistant
to acids, caustics, oils, grease
and abrasion. Especially
recommended in industries
where knit wrist protective
gloves are needed,
such as, automotive,
fishing, mining,
steel and
chemical.
7701-P
4703
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4749
No.
Style
Weight Color
4749
Knit wrist
Standard Black
7700
7701 7705
7702 7706
No.
Style
Weight Color
A standard weight, fully Neoprene
coated, jumbo mitten with knit
wrist. Made extra large to allow a
woolen glove to be worn inside
for warmth. Particularly
recommended for commercial
fishermen, firemen, policemen,
lumbermen and for all outdoor
work that involves handling large
objects in
stormy or
cold
weather.
4749
No.
Style
Weight Color
7700 10" gauntlet Standard Black
7701 12" gauntlet Standard Black
7705 12" gauntlet Heavy Black
A standard weight, fully Neoprene
coated, 12" gauntlet. Highly
resistive to chemicals, oils,
grease and abrasion. Offers
complete wrist protection against
sharp objects. Also
made in 10"
gauntlet
styles.
7701
7702 UVz" gauntlet Standard Black
7706 141/z" gauntlet Heavy Black
A standard weight, fully coated
141/2" gauntlet. Ideal for jobs that
require prolonged submersion of
the hands in chemicals, oils and
other liquids. Also comes in a
heavier weight which
is highly abrasion
and cut-resistant.
7702
7799
No.
Style
Weight Color
7799 34" shoulder Standard Black
length gauntlet
A standard weight, fully coated,
34" shoulder length gauntlet.
Especially recommended for use
in cleaning large vats where
maximum protection
and acid resistance
are necessary.
-------
Hood
magnet
gloves
M-500 M-501
M-502 M-503
Hood
koroseal
gloves
K-200 K-201
K-202 K-203
Hood
pvc coated
gloves
PV-96 PV-97
PV-98 PV-99
A-175
I
c"
I
Product
No.
Cuff Style
Color
Product
No.
Cuff Style
Color
M-500
M-501
M-502
M-503
Knit wrist
12" gauntlet
141/2" gauntlet
10" gauntlet
Black
Black
Black
Black
K-200
K-201
K-202
K-203
Knit wrist
12" gauntlet
14%" gauntlet
Safety cuff
Blue
Blue
Blue
Blue
Made of Neoprene. Resists oil,
sunlight and ozone. A non-slip
glove that will not scratch or
leave ugly marks.
Long wearing.
Lined with
Canton flannel.
M-500
Made with premium quality PVC
compound. Industrial weight,
fully coated with cotton jersey
liner. Greater resistance to
destructive solvents, caustics, and
light oils. Longer wearing because
its two-piece
jersey shell
has no seams
No. Cuff Style
PV-96 Knit wrist
PV-97 2" band cuff
PV-98 12" gauntlet
PV-99 14Vz" gauntlet
Fully plastic coated with
over Cotton Jersey
for maximum wear.
Standard weight.
Very resistive to *
abrasion. Ideal for
use in greases,
oils and in handling
abrasive materials : v;
such as glass and ;«y*
cinder blocks, '^-jfr Jf
Entirely liquid ~j«P J»P
Color
Yellow
Yellow
Yellow
Yellow
Vinyl
^ ^ • ~-~-~-
mm
ii
•",".'
:".-".. :.."<*»
SisjpTX-™
,- ..metals with oily or wet surfaces.
;iV:y;|Recom mended for usage when a /
on-slip, firm grip glove is ;:«ti§^i|.
equired. Standard weight and
lly coated, f
mes in most
stuffs and
thertiestfuctive
emicals
-------
Hood
ruf-n-tuf
gloves
5000 5001 5002
50035004
5005
Hood
rubber
coated gloves
5043
No.
Cuff Style
Color
5043
Knit wrist
Tan
No.
Cuff Style
Color
5000
5001
5002
5003
5004
5005
Knit wrist
Fully coated
Palm coated
Safety cuff,
Elastic wrist
Knit wrist
Palm coated
10" gauntlet
Fully coated
12" gauntlet
Fully coated
Palm coated
12" gauntlet,
Elastic wrist
Tan
Tan
Tan
Tan
Tan
Tan
A standard weight glove, fully
coated with natural rubber latex
over Cotton Jersey shell offers
complete leak-proof
protection. Very flexible.
Has a wide range of
uses in most industries
where greases and oil
are not used. Ideal for
commercial fisherman
because of flexibility.
5043
Coated with natural rubber latex,
crinkle finish which offer excellent
resistance to slipping — plus long
wear. Enable the wearer to have a
^stronger, firmer grip. Very flexible
, and heavyweight. Can be worn on
most wet or dry jobs where oil or
grease is non-existant. Especially
recommended for use in
industries that require
~" """ jofglasCfpfy
Sheet metals or other
sharp materials.
Jteejient gjipping 5
pjufalIties^f|)Hiftirjg
-------
measure BFGoodrich products
by the work they do.
you'll find they're
a bargain.
A-177
BFGOODRICH INDUSTRIAL PRODUCTS DISTRICT OFFICES
Akron District
500 South Main Street
Akron, Ohio 44318
21S—379-3056
Atlanta District
2301 Parklake Drive, N.E.
Atlanta, Georgia 30345
404—934-4021
Boston District
Framingham Industrial Park Bldg.
1661 Worcester Road
Framingham, Mass. 01701
617—873-7408
Chicago District
10701 W. Belmont Avenue
Franklin Park, Illinois 60131
312—455-6600
Dallas District
1111 W. Mockingbird Lane
Dallas, Texas 75247
214—630-5601
Denver District
2500 West 8th Avenue
Denver, Colorado 80201
303—825-7671
Detroit District
26211 Central Park Blvd.
Southfield, Mich. 48076
313—357-3939
Minneapolis District
12805 W. High way 55
Plymouth, Minn. 55441
612—559-0535
Philadelphia District
3433 Marshall Lane
Cornwells Hts., Penn. 19020
215—628-3000
San Francisco District
One Peninsula Place
1700 So. Amphlett Blvd.
Suite 305
San Mateo, Calif. 94402
415—573-0500
;rGoodrach
Engineered Systems Division
Dept. 0716
500 S. Main Street
Akron, Ohio 44318
Litho in U S A
IPC-77-PC-1 a^
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A-173
RECEIVED
DEC 0 S :37:]
OTPATMl HEALTH Aiiu *i;i<
mm
Leader in Hand Safety
-------
Hand Safety is Our Business
There is no all-purpose form of hand
protection. The material used for
gloves depends largely upon what is
being handled. Granet glove coatings
are designed to give protection from a
variety of hazards. These coatings sur-
pass leather, canvas and cotton in
wearing ability depending on the job
application. Some gloves have granules
or rough materials incorporated in the
base coating for better gripping ability.
Several Granet glove models are coated
with rubber, synthetic elastomers and
plastics which offer protection against
all types of petroleum products, caustic
soda, tanmc acid and hydrochloric acid.
These gloves are available in varying
coatings and styles to meet individual
conditions.
How to select the proper
Granet Glove
Matching specific gloves to the many
materials, conditions and operations
requiring some degree of hand pro-
tection is a complex and often times,
confusing job. The majority of accidents
involving hands and arms can be clas-
sified under four major hazard factors:
Chemicals, Abrasion, Cutting and Heat.
To facilitate Granet glove selection, each
model's performance in one or more
major hazard category is identified as a
symbol and resistance rating. The
symbols and recommendations made
herein relate only to products depicted
in this catalog.
SYMBOLS:
CHEMICALS ABRASION CUTTING
HEAT
RESISTANCE RATING:
S - Superior, E - Excellent, G - Good, F - Fair
NOTE: Many Granet Glove models offer
superior and excellent resistance in
more than one hazard category. These
multiple benefits per glove model, keep
glove costs down by reducing glove
inventories.
To select the proper glove for hand pro-
tection against a specific chemical...
see Physical Properties and Chemical
Resistance Charts on the back cover.
ROYALTON
600
Plastic impregnated cotton
ROYALTON "600" is a standard weight, 6-
ounce cotton flannel sheeting -impregnated
with our own long wearing plastic compound.
Replaces goatskin and light leather gloves
Outwears 8-ounce cotton gloves.
Recommended for inspection work, handling
small parts, truck driving, warehouse han-
dling, metal fabricating, maintenance and
general work inside and out.
Features:
• Tailored design.
• Slip-on style available with perforated back
for coolness
• Finger dexterity.
• Nonslip grip.
• Liquid repellent. (Not liquid proof)
• Can be laundered repeatedly
No. Style Size
604 Women's Knitwnst M,L
605 Women's Slip-on perforated back M,L
606 Women's Slip-on M,L
654 Men's Knitwnst M,L
655 Men's Slip-on perforated back M,L
656 Men's Slip-on M,L
657 Men's Slip-on Glo-Gluv M,L
658 Men's Knitwnst Glo-Gluv M,L
659 Women's Slip-on Glo-Gluv M.L
Color stitching on cuff allows for size matching after
laundering
Women's Medium Red
Large Blue
Men's Medium Yellow
Large Black
ROYALTON
700
\-179
Plastic impregnated cotton
Heavy weight
ROYALTON "700" is a rugged work glove,
made from cotton fabric finished with a
special heavy-weight plastic, and incorpo-
rates the same excellent features of the
ROYALTON "600".
Features:
• Liquid repellent (not liquid proof).
• Cool and comfortable.
• Good grip wet or dry.
No. Style
701 Men's Knitwnst, clute cut, "600"
back cloth binding
702 Men's Slip-on, clute cut, "600"
back cloth binding
754 Men's Kmtwnst
756 Men's Slip-on
657
-------
A-180
ROYALTON
900 & 1000
Plastic impregnated/Stretch gloves
ROYALTON "900" and "1000" stretch gloves
are made of a stretchable interlock lining, im-
pregnated with an exclusive plastic com-
pound. Their finger dexterity, grip, fit and
comfort excels characteristics of goatskin,
"capeskm and cotton at lower cost per man
hour of use
These gloves are ideal for jobs involving as-
sembly, inspection, machining and pack-
aging small sensitive parts. ROYALTON
"1000" is white, USDA accepted Ideal for
food processing, pharmaceutical, TV manu-
facturing and clean room operations where
cleanliness is vital
Features:
• Tailored—has snug fit of goatskin and
capeskm leather gloves.
• Fully launderable
• Maximum dexterity and "feel"
• Cool and comfortable.
DYNAGRIP
Q@ ©
E XfcFs >*^G
Plastic coated/Wet grip
DYNAGRIP is an abrasion resistant work glove,
superior for handling oil, acids, caustics and
many solvents. Made with a 2-piece |ersey
shell and special plastic overcoating, DYNA-
GRIP offers double thickness protection with
the comfort and flexibility of one. This
model features a wet grip that lasts for the
life of the glove
Features:
• Nonslip wet grip finish
• Curved fingers—fit natural contour of the
hand
• No seams on wearing surface
• Superior flexibility
• Color choice—green or yellow*
No. Style Size Coated
GRAN FLEX
No. Style
Size
906 Women's Slip-on
956 Men's Slip-on
1006 Women's Slip-on
1056 Men's Slip.-on
S.M.L
M.L.XL
S,M,L
M,L,XL
52
53
510
520
512
514
518
522
Knitwnst
Knitwnst
Band Top
10" Gauntlet
12" Gauntlet
14" Gauntlet
18" Gauntlet
Women's Knitwnst
M,L
M.L
M.L
Fully
Palm
Fully
Fully
Fully
Fully
Fully
Fully
Plastic coated/Washable lining
GRANFLEX is an abrasion resistant glove for
handling oil and many sojvents. This model
has an interlock fabric lining coated with
Granet's own special plastic compound, offer-
ing the flexibility and dexterity of a molded
rubber glove. GRANFLEX gloves outwear ordi-
nary rubber and most coated gloves on
similar operations without cracking or peeling.
Features:
• Two-piece wing thumb construction.
• Curved fingers— fit the natural contour of
the hand.
• Invisible seams.
• Nonslip grip finish.
• Lining will not "ball up" from perspiration
or laundering.
No. Style _ Coated
92
920
902
912
914
Knitwnst
10" Gauntlet
11" Gauntlet Cadet
12" Gauntlet
14" Gauntlet
Fully
Fully
Fully
Fully
Fully
Color stitching on cuff allows for size matchmgafter
laundering
Women's
*lf yellow color is desired—specify "Y" after style
number
Small
Medium
Large
Men's Medium
Large
Extra Large
.. Green
.. Red
.. Blue
.. Yellow
.. Black
.. White
-------
GRAN ECO N
GLO-GLUVS
9
Plastic coated/Super flexible
GRANECON is an excellent general purpose
work glove with exceptional pliability, per-
mitting finger dexterity not possible in most
work gloves. Its soft jersey lining, formed out
of two separate pieces, eliminates seams on
the wearing surface and helps eliminate irri-
tation from within.
GRANEQON offers abrasion resistance with
excellent gripping qualities.
Features:
• Economical general purpose glove.
• Curved fingers— fits natural shape of hand.
• Abrasion resistant.
• Good gripping qualities.
• Available with a thermal lining for cold
: weather applications.
No.
Style
Coated
82
820
812
Knitwnst
10" Gauntlet
12" Gauntlet
WITH THERMAL LINING
2082 Knitwrist
2084 : 10" Gauntlet
2086 : 12" Gauntlet
Fully
Fully
Fully
Fully
Fully
Fully
Plastic coated/Blaze orange
Highlight safety in your plant with GLO-
GLUVS® that afford maximum visibility, posi-
tive grip, flexibility and comtort. A jersey
lining, coated with a Blaze Orange plastic
compound, makes them . liquid-proof,
and abrasion resistant.
Regular GLO-GLUVS are recommended
where worker safety and "spot" identification
are imperative.
Thermal-lined GLO-GLUVS feature a soft
napped, waffle weave thermal liner for
warmth and comfort. Ideal for outdoor
workers, policemen and firemen in cold
weather.
Features:
• Abrasion resistant
• Maximum visibility for signaling and safety.
• Excellent gripping qualities.
• Two types of lining available.
No.
Style
Coated
1002
1012
1027
Knitwrist
12" Gauntlet
Kmtwrist-Mitt
WITH THERMAL LINING
2002 Knitwnst
2020 10" Gauntlet
2012 12" Gauntlet
2027 Kmtwrist-Mitt
Fully
Fully
Fully
Fully
Fully
Fully
Fully
Cross section of
waffle weave
thermal
liner
NEOPRENE
<2>s
A-181
Liquid proof/Heavy duty
Granet NEOPRENE work gloves are made
with a neoprene latex bonded to a soft cotton
shell.
NEOPRENE gloves are liquid-proof and resist-
ant to most chemicals. Recommended where
acids, solvents and caustics are used.
Features:
• Excellent cut and chemical resistance.
• Smooth finish
• Curved fingers—natural fit.
• Full size—wing thumb.
• Superior bonding between fabric and
coating.
• Some models available with heavy palm or
thumb patch
No. Style Coatei
101 Knitwnst Fully
104 Knitwnst Pilm
123 Knitwnst Lightweight ;ily
212 12" Gauntlet Extra Heavy ,'^v
214 14" Gauntlet Extra Heavy ,-. y
610 10" Gauntlet fi..i>
612 12" Gauntlet Fully
714 14" Gauntlet Fully
714P 14" Gauntlet with thumb patch Fully
718 18" Gauntlet Fully
731 31" Gauntlet Fully
2612
PYTHON
©.
Neoprene/Wet grip
PYTHON gloves have all the chemical resist-
ance of neoprene latex plus a "wet-grip"
finish.
Ho. Style Coated
2101
2612
2714
2718
Knitwrist
12" Gauntlet
14" Gauntlet
18" Gaunt'et
Fully
Fully
Fully
Fully
/
-------
A-182
r
GUTLESS"
Natural rubber coated
Wet or dry grip
GUTLESS is a ripple-textured work glove
which provides excellent protection against
cuts, punctures, and slivers A soft, comfort-
able lining with a rugged natural rubber
coating makes the GUTLESS an excellent
replacement for leather gloves.
Recommended for handling wire, tin, sheet
metal, nails and glass
Features:
• Tough crinkle finish.
• Cut and puncture resistant
• Hand heat dissipates through uncoated
back.
• Firm Grip.
No. Style Coated
2404
2411
2413
2421
2424
Kmtwnst
Safety Cuff
12" Gauntlet
Women's Safety Cuff
Women's Kmtwnst
Palm
Palm
Palm
Palm
Palm
2411
SLIP-NOT
NYGRAN
Natural rubber coated
Wet or dry grip
SLIP-NOT is a rugged, general purpose glove
for handling rough or slippery material.
A rough-finish latex coating over a soft cotton
lining provides thousands of gripping edges
for excellent holding power. Easily outwears
canvas and leather gloves on the same job.
Recommended for cutting and fabricating tin
and sheet metal; glass cutting and handling;
moving lumber, brick and concrete blocks;
handling scrap metal and steel drums.
Features:
• Curved fingers and thumb for natural fit
and comfort.
• Natural rubber coating impregnated with
"rubber dust" for extra wear and positive
grip.
• Extreme resistance to abrasion and cutting.
• Also available without rubber dust. Specify
"B" for BALD.
Nitrite rubber coated/Multi-purpose
NYGRAN gloves coated with nitrile rubber, a
synthetic latex made jrpm butadiene and
actyJanitnle. RecornmenfJed for protecting
hands expSsed to hazardous liquids,
operations involving cutting or abrasives,
handling oily or greasy materials. Excellent
dry grip on extremely smooth-finish surfaces.
NYGRAN gloves with their superior coating,
soft cotton lining, curved fingers and wing
thumb offer a premium quality product for
the toughest jobs.
Features:
• Superior cut, snag and chemical
resistance.
• Nitrile rubber coating.
• 8-ounce cotton lining.
• Excellent adhesion of coating to fabric.
• Curved fingers—minimum hand fatigue.
• Full size wing thumb.
No.
Style
Coated
No.
401
404
409
411
420
412
413
424
Style
Kmtwnst
Knitwrist
Band Top
Safety Cuff
10" Gauntlet
12" Gauntlet
12" Gauntlet
Women's Kmtwnst
Coated Nl
Fully j N4
Palm N9
Palm
Palm
Fully
Fully ,
Palm
Palm
*N11
N13
N24
*N11J
N11F
Kmtwnst
Kmtwnst
Band Top
Safety Cuff
12" Gauntlet
Women's Kmtwnst
Jersey Lining
Flannel Lining
Fully
Palm
Palm
Palm
Palm
Palm
412
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SPECIAL \
APPLICATIONS
SLIP-NOT®
Natural rubber coated
USOA accepted for poultry, meat packing,
canning operations and food processors.
Curved fingers and thumb for natural fit
and comfort. Excellent abrasion and cut
resistance.
No.
Style
Coated
401B
Kmtwnst
Fully
SPECIAL
APPLICATIONS
TRAPPERS GLOVE
Heavy duty neoprene
Shoulder length neoprene; good chemical,
cut and abrasion resistance and liquid proof.
Recommended for deep tank cleaning and
dipping operations. Also used by tanners and
trappers.
Ho. Style Coated
A-1 S3
731
31" Gauntlet
Fully
401B
PYTHON NEOPRENE
Wet-Grip with Thermal Lining
This model has all the characteristics and
quality features of neoprene latex plus a
"wet-grip" finish and a thermal lining. The
ideal glove for outdoor workers handling
smooth or slippery materials in cold weather.
No. Style Coated
2201
NITRILE
Unsupported
If the job calls for hand protection check
the advantages you get with Granet's Nitnle
Unsupported Gloves.
• Superior chemical resistance to most
solvents, acids, bases, animal fats and alco-
hols. The Butadiene Acrylonitnle compound
offers better chemical resistance than neo-
prene and natural latex gloves
• Excellent resistance to punctures,
snags, cuts and abrasions. This tough,
rugged glove outwears ordinary rubber
gloves.
• Embossed palm. Grip surface is molded
(not etched), for good wet and dry grip quali-
ties.
• Hand-contoured fit. Comfortable, flexible
and sensitive, this glove is ideally suited for
many applications requiring dexterity
USDA accepted. Ideal for poultry, meat
packing, fish, canning, cleaning parts, and
electronics industries.
Size Chart: Small 6-61/?, Medium 7-7V?, Large- 8-
8h, Ex Large 9-9"?, Super Ex Large 10-10',>
Style No. 490 Style No. 492
Color Green Same as No 490
Length 12vr but flock-lined
Thickness 015"
Unlmed
490
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A-184
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NATURAL
LATEX
Unlined
Natural latex with firm gripping surface. Un-
lined smooth inner surface provides comfort,
easy wash and dry characteristics. Has
excellent tensile strength for jobs such as
poultry processing. Also good for many jobs
in Atomic energy, pharmaceutical and
chemical plants.
Style No. 541
Color: Natural
Sizes: Sm., Med.,
Lg., Ex. Lg.,
Super Ex Lg.
Length: 12W
Thickness: .018
541
USDA accepted for
Food & Meat Handling
SYNTHETIC
LATEX
Flock-lined
Composed of synthetic bayprene latex and
natural latex. Has firm gripping surface and
flock-lined for easy on and off It has bacteno-
static treatment This special compound of
latex was formulated to add the mechanical
resistance of natural rubber and the chemical
resistance of bayprene
Style No. 2444
Color Orange
Sizes SM , Med ,
Lg , Ex Lg ,
Super Ex Lg.
Length 12V
Thickness .020
2444
USDA accepted for
Food & Meat Handling
Size Chart: Small' 6-61:; Medium: 7-7'/2, Large. 8-8'?; Ex. Large: 9-91?; Super Ex. Large: 10-10Vi
SYNTHETIC
LATEX
Flock-lined
Synthetic bayprene latex with a rough surface
for gripping wet and greasy objects. Flock-
lined for easy on and off. Has bactenostatic
treatment. Recommended for: chemical,
mechanical, building, metal cleaning,
automotive, bleaching, dairy, food and
pharmaceutical industries.
Style No. 2002
Color: Black
Sizes: Sm, Med.,
Lg., Ex. Lg,
Super Ex. Lg.
Length: 12!4"
Thickness: .028
Style No. 2005
Same as No. 2002
but 16'/2" Length
2002
USDA accepted for
Food & Meat Handling
NATURAL
LATEX
Flock-lined
Natural latex with firm gripping surface.
Flock-lined for easy on and off comfort. Has
bactenostatic treatment. Good tensile
strength and resistance to household deter-
gents and light acids. Used by food pro-
cessors, laboratories, maintenance, etc.
Style No. 444
Color: Yellow
Sizes: Sm., Med.,
U, Ex. Lg,
Super Ex. Lg.
Length. 12W
Thickness: .020
USDA accepted for
Food & Meat Handling
GRANET
3 POINT HAND
PROTECTION
PROGRAM
Just starting to organize a hand safety
program? Looking for a simplified method of
matching the proper work glove to a job?
Seeking "fresh", new, safety motivation
material for mplant display?
Outlined in Granet's latest Safety folder is a
simplified 3 step procedure for developing a
plantwide hand safety program through
#1 Investigation., suggestions for making a
self-evaluation of all "trouble" areas
requiring some degree of hand protection
#2 Selection .new system of symbols,
representing the 4 major hazard factors, for
matcnmg the proper glove to the job.
#3 Promotion . material for promoting
greater worker awareness of their nands and
the importance of wearing the correct glove
on the job.
Send for your copy today Granets 3 Point
Hand Protection Program, could be the
answer to your hand protection problem
-------
Find the right glove for each job
Select the coating with the highest rating in the Physical Properties Chart, then check the Chemical
Resistance Chart.
CHEMICAL
RESISTANCE
CHART
ALCOHOLS
Methanol / Butyl Alcohol /
Glycerine / Ethanol / Isopropanol
CAUSTICS
Ammonium Hydroxide 38% /
Sodium Hydroxide 50% /
Potassium Hydroxide 50%
CHLORINATED SOLVENTS
Carbon Tetrachloride /
Perchlorethylene / Trichlorethylene
KETONES
Methyl Ethyl Ketone / Methyl Isobutyl
Ketone / Acetone
PETROLEUM SOLVENTS
White Gasoline / Naphtha / Mineral
Thinner / Kerosene
ORGANIC ACIDS
Citric / Formic / Tannic / Acetic
INORGANIC ACIDS
Hydrochloric 38% / Hydrochloric 10% /
Sulphuric 10% / Nitric 10%
Chromic
Sulphuric 98% / Nitric 70%
HYDROCARBONS
Stoddard Solvent / Toluene / Benzene /
Xylene
Coal Tar Distillate
Styrene
MISCELLANEOUS
Lacquer Thinner
Cutting Oil
Battery Acid
Phenol
Insecticides
Printing Ink
Dyestuffs
Penta
Formaldehyde
Vegetable Oil
Animal Fat
Acrylonitrile
Steam
Aniline
Hydraulic Fluid
Turpentine
Linseed Oil
Soya Bean Oil
Carbon Disulfide
Creosote
Paint & Varnish Remover
EEEEEEE E
GFFFNRFE G NR
G G NR NR NR G NR G
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DIGICAP
Finger guards
®
A-185
High density, piastic finger caps help prote:' tms
against "pinch points" and minor blows Wor nside
work gloves Stay in place until removed - ~3Dle
when gloves wear out. Packaged six to a unit tor ndex,
middle and ring fingers, or, in bulk for one rrjer on
each hand
PHYSICAL PROPERTIES CHART
How to order:
For faster service, contact your nearest Granet cistn-
butor with the style number and quantity you desire If
a Granet distributor is not listed m your area, wr-te The
Granet Division, ESB Inc. Frammgham. MA 01701
Glove control:
Work glove cost can be reduced by glove control jl)
Use the right glove for the |ob and standardize on as
few glove styles as possible (2) Granet distributors can
do a "glove survey" in your plant (3) Issue nev< gloves
only when the worn out ones are returnee by the
wearer (d) Check and see if one hand wears om raster
than the other If so, order and issue one hand only
Glove care and replacement:
To add life to coated gloves being heavily exposed to
solvents and acids it is always a good idea toalternate
the wearing of two pairs Wear one pair for half the work
shift and the other pair for the other half Rinse outer
surface with water after each wearing
Replacement of gloves is dependent on the wear factor
created by the job application Check gloves frequently
for cracks, tears, splits, wear points, leakage and the
like Be sure to use a gauntlet glove long enough ie<-*he
job application.
There is no such thing as maximum hand protection.
Lower glove costs:
Make your own evaluation of protection and economy
by testing glove recommended by your Granet trained
representative
Granet 3 Point Hand Protection Prognm:
A simplified 3-step procedure for developing a
plantwide hand safety program is contained in 3 LREE
folder Send fot your copy today
COATING
NYGRAN
NEOPRENE
PYTHON
SLIP-NOT
DYNAGLUV
DYNAGRIP
GRANFLEX
GRANECON
»
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Abrasion
Resistan
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F
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S — Superior E — Excellent G — Good F — Fair NR — Not Recommended
£8
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QC9
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Recommended
G
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Mam Plant — Sales Headquarters (U S.A.)
PO Box 588
25 Lormg Drive. Frammgham MA 01701
Phone (617) 873-3521
North Carolina Plant — Snow Hill, NC 28580
GRANET DIVISION
ESB INCORPORATED
Jranei
Form 845 Printed m U S A.
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I
A-186
AD/Goggles
Amencan Optical Corporation, Safety Products Division
14 Mechanic Street, Southbndge, MA 01550
FLEXIBLE MASK GOGGLES
482B Impact Goggle
• For impact protection on chipping,
metal cutting, light gnndmg
operations
• Fits over personal glasses
• Anti-fog DURAFON ™ lenses avail-
able
• Comfortable flexible vinyl masks
offer maximum ventilation
• 050" thick polycarbonate lenses
in clear or green
• Elastic headband
Cat No Code No
Clear Mask
482B 40811
482B 40812
Anb-Foq, Clear Mask
482BAF 40838
482BAFG 40839
Transparent Green Mask
487B 40819
487B 40820
Anb-Fog, Transparent Green Mask
487BAF 40779
487BAFG 40780
Replacement Parts
209C 44613
209CAF 4462 1
210C 44615
210CAF 44625
213 23139
Description j
Clear Lens
Green Lens
Clear DURAFON Lens
Green DURAFON Lens
Clear Lens
Green Lens
Clear DURAFON Lens
Green DURAFON Lens
Clear Lens
Clear DURAFON Lens
Green Lens
Green DURAFON Lens
Elastic Headband
484B Chemical Splash Goggle
• For protection against splashing
liquids, dusts, flying particles
• Fits over personal glasses
• Anti-fog DURAFONTMLenses
available
• 4 vents help prevent fogging in
normal atmospheres
• 050" thick polycarbonate lenses
in clear or green
• Rubber headband
Cat No
Code No
Description
Clear Mask
484B 40815
484B 40816
Anti-Fog, Clear Mask
484BAF 40832
484BAFG 40780
Transparent Green Mask
499 40906
499 40937
Anb-Fog Transparent Green Mask
499AF 40934
499AFG 40936
Replacement Parts
209C 44613
209CAF 44621
210C 44615
210CAF 44625
251 23155
Clear Lens
Green Lens
Clear DURAFON Lens
Green DURAFON Lens
Clear Lens
Green Lens
Clear DURAFON Lens
Green DURAFON Lens
Clear Lens
Clear DURAFON lens
Green Lens
Green DURAFON Lens
Rubber Headband
710B Deiuxe Chemical Splash Goggle
• For protection against splash,
dusts, impact
• Fits over personal glasses
• Fully vented rim keeps goggle
fog-free twice as long as standard
splash goggles
• DURAFON anti-fog lenses avail-
able
• 050" thick polycarbonate '.enses in
clear or green
• Rubber headband
Cat No
Clear Mask
710B
710B
Anh-Foa
710BAF
710BAFG
Replacement Parts
259P
259GP
259AF
259GAF
Code No
40978
40981
40989
40990
44679
44680
44677
44678
Description
Clear Lens
Green Lens
Clear DURAFON Lens
Green DURAFON Lens
Clear Lens
Green Lens
Clear DURAFON Lens
Green DURAFON Lens
These goggles meet requirements of ANSI Z87 1 -1968 Standard
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MSA
Data Sheet
06-01-01
V-GarcP A187
Slotted Cap
Application
The V-Gard Slotted Cap provides head
protection from impact hazards in
industrial and general use as specified
in the performance requirements of
ANSI Z89.1—1969 and ANSI Z89.2—
1971, and, at the same time, provides
capability for wearing hearing protec-
tion devices, and faceshields or weld-
ing helmets. Widely used in construction
industry, government, utilities, manu-
facturing plants.
Description
The V-Gard Slotted Cap consists of a
shell and suspension working together
as a protection system.
The rigid shell is lightweight and
balanced for all-day wearing comfort.
It is one-piece injection molded of high-
density polyethylene and has high
dielectric strength (non-conduction of
electrical current). The V-Gard design
features advanced styling, and the cap
is available in seven molded-in colors
that will not fade: white, blue, yellow,
orange, green, red, and gray.
The Staz-on™ Suspension has two
major components—adjustable head-
band, and double crown straps. Four
plastic clips slide into recessed slots in
the shell to hold the suspension in place
eliminating pressure points around the
headband. The suspension supports the
shell away from the head to provide a
minimum 11/4 inches of crown clearance
between top of head and shell. This
allows both the shell and the suspen-
sion to work together as a system to
absorb energy in case of a blow.
Approximate weight of shell and
suspension: 12 oz.
(For additional information on the
Staz-on Safety Helmet Suspension,
refer to MSA Data Sheet 06-00-12.)
Data Sheet
06-01-01
-------
A-188
Systems III Kits
The V-Gard Slotted Cap accommodates
the Systems III Adapter Kit for Hearing
Protection (Catalog No. 463695), and
Systems III Adapter Kit for attaching
Faceshield or Welding Helmet (Catalog
No. 463694).
See MSA Data Sheet 06-02-01 for
details.
Approvals and standards
The V-Gard Slotted Cap complies with
all the test requirements of ANSI
Z89.1—1969 Class A (Industrial Head
Protection), and ANSI Standard Z89.2—
1971 Class B (Industrial Protective
Helmets for electrical workers).
Inspection and maintenance
V-Gard Slotted Caps should be regularly
inspected for signs of deterioration,
damage, or wear. In accordance with
ANSI Z89.1 and ANSI Z89.2, all compo-
nents, including the shell, suspension,
headband, sweatband, and any acces-
sories should be visually inspected
daily for signs of dents, cracks, penetra-
tion, or any other damage due to impact,
rough treatment, or wear that might
reduce the degree of safety originally
provided. Any industrial helmet that
requires replacement should be
removed from service.
Inspection should be accompanied by
a program of properly cleaning the
helmets and keeping them in good
condition. Most stains or dirt can be
removed from V-Gard Slotted Caps with
the use of warm water and MSA
Cleaner-Sanitizer solution.
The suspension should be routinely
replaced at least twice a year under
normal wear conditions. It should be
examined closely for cracking, torn
adjustment slots, fraying of material, or
other signs of wear, especially at the
suspension clips. The suspension can
be cleaned with MSA Cleaner-Sanitizer
and warm water using a sponge or soft
brush to remove most dirt, perspiration,
and skin oils. Do not use heat in drying.
If other material such as tar or grease
is on the suspension, it should
be replaced.
Ordering information
Catalog numbers
V-Gard Slotted Cap:
463942
463943
463944
463945
463946
463947
463948
464852
Color
White
Blue
Yellow
Orange
Green
Red
Gray
Gold
V-Gard Hat (non-slotted)
A hat, with all the design and construc-
tion features of the V-Gard Slotted Cap
except the slots, is available for those
who prefer full-brim head protection.
V-Gard Hat
(non-slotted): Color
454730 Yellow
454731 Gray
454732 Blue
454733 White
454734 Orange
454735 Green
454735 Red
Note: This Data Sheet is a guide, containing
only a general description of the uses and
performance capabilities of the V-Gard
Slotted Cap and V-Gard Hat. Before use,
refer to and strictly follow all instructions,
cautions, and warnings on or with the
products. For more complete information,
contact MSA, 600 Penn Center Blvd.,
Pittsburgh, Pa. 15235.
Mine Safety Appliances Company
600 Penn Center Boulevard
Pittsburgh, Pennsylvania 15235
At your service: 25 branch offices in the United States;
MSA CANADA, Downsview, Ontario (Metro Toronto), Halifax,
Montreal, Winnipeg, Saskatoon, Edmonton, Calgary, Vancouver;
representatives in principal cities of the world.
Cable address-"MINSAF" Pittsburgh
Data Sheet 06-01-01
Printed in U.S A. 783 (L)
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MSA
Data Sheet
06-02-01
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Systems Iir;i8q
Adapter Kits
for use with
MSA Slotted
Headwear
Application
Used in conjunction with MSA slotted
headwear, the Systems III Adapter Kits
permit workers to wear hearing protec-
tion devices and/or faceshields and
welding helmets with their head protec-
tion. The combination provides head
and face protection against certain
specific hazards encountered in the
construction industry, government,
utilities, manufacturing plants, and
other industrial applications.
Description
The basic component of the Systems III
adapter is a pair of mounting brackets
with tension springs and lock tabs to
retain the brackets firmly in two head-
wear slots, one on each side of the cap.
Two Adapter Kits are available for
attaching accessories—one for hearing
protection and one for a faceshield or
welding helmet. The mounting brackets
are of rugged Delrin* plastic, and fea-
ture a quick-release mechanism that
allows the attached faceshield or weld-
ing helmet to be detached without
removing the mounting brackets from
the slots.
I
The mounting brackets are designed to
accommodate ear muffs and welding
helmet or faceshield simuiransously.
And the welding helmet can be worn
with the peak of the Slotted V-Gard Cap
in the normal forward position instead
of having to reverse the cap to accom-
modate the accessory. The welding
helmet can be adjusted both in and out
as well as up and down for individual fit
and best downward vision.
The new Systems III Adapter Kits for
Slotted Headware will accommodate
almost 5/11 MSA standard welding
helmetsNind the Super-Card?l or
Sightgard® faceshield frames.
"Trademark of E I du Pont de Nemours & Co. (Inc.)
Data Sheet
06-02-01
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Approvals and standards
MSA Welding Helmets, with appropriate
plates, and MSA Faceshield Assemblies
used with the Systems III Adapter Kit,
meet the requirements of ANSI Z87.1 —
1968.
Ordering information
Catalog numbers
463695 Systems III Adapter Kit for
Hearing Protection, complete
with ear muffs (includes 2
mounting arms, 2 earcups with
cushion and damping pad, 2
spring washers, one right
bracket, and one left bracket).
463694 Systems III Adapter Kit for
Faceshield and Welding
Helmet (includes one right
bracket, one left bracket, 2
mounting bolts, 4 plastic
washers, 2 thumb nuts, 2
mounting arms, 2 clutch rings,
2 lock nuts, 2 screws 1/4"-20,
and 2 rubber washers)—face-
shield or welding helmet
not included.
Note: For ordering information on Welding
Helmets, see MSA Data Sheet 06-00-17 and
refer to "Shell Only" column for part num-
bers. For ordering information on Face-
shields, see MSA Data Sheet 06-00-16 and
order either Super-Gard (shell only) or Sight-
gard (shell only) with proper visor. Slotted
U-Gard Caps are available in seven colors
-see MSA Datasheet 06-01-01.
Clutch ring of Faceshield/Welding Helmet
mounting arm can be adjusted to hold
shield in any desired position.
Note: This Data Sheet is a guide, containing
only a general description of the uses and
performance capabilities of the Systems III
Adapter Kits. Before use. refer to and strictly
follow all instructions, cautions, and warn-
ings on or with the oroduct. For more
complete information, contact MSA, 600
Penn Center Blvd., Pittsburgh, Pa. 15235.
Quick-release mechanism on mounting
bracket permits detaching shield without
removing bracket itself from cap, and with-
out disturbing ear muffs it worn with shield.
Systems III Adapter Kit lor Faceshield/
Welding Shield
Mounting arm (2)
Clutch ring (2)
Mounting bolt (2)
Rubber washer (2)
Mounting bracket (pr)
Systems III Adapter Kit for Hearing
Protection
Mounting arm/spring (pr)
Rubber
spring
washer (2)
i -v Mounting
\ X «. bracket (pr)
Earcup with cushion
and damping pad (2)
Mine Safety Appliances Company
600 Penn Center Boulevard
Pittsburgh, Pennsylvania 15235
At your service: 25 branch offices in the United States;
MSA CANADA. Downsview, Ontario (Metro Toronto), Halifax,
Montreal, Winnipeg, Saskatoon, Edmonton, Calgary, Vancouver;
representatives in principal cities of the world.
Cable address—"MINSAF" Pittsburgh
Data Sheet 06-02-01
Printed in U.S.A. 771 (L)
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I
MSA
Data Sheet
06-00-15
Foldback A191
Faceshield
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Description
The Foldback Faceshield provides limited
eye and face protection for wearers of MSA
industrial head protection and theTopgard*
Fireman's Helmet.
The faceshield is available in two models:
1. Hat (full brim) model—will fit all MSA and
most other protective hats.
2. Cap ("peak" or "visor" partial brim)
model—will fit all MSA and most other wide
peak caps and, when worn with an optional
cap spacer, will fit most small peak caps.
Both models have two components, the
faceshield adapter which attaches to the hat
or cap, and the faceshield protective visor
(window).
Faceshield Adapter: Has an aluminum
U-shaped channel that fits over the front of
the hat brim or the peak of the cap (a cap
spacer is needed 10 fit the channel to the
brim of small peak caps).
A metal spring attaches to each end of the
channel and stretches around the back of
the helmet above the brim area to hold the
channel firmly in place.
An aluminum L-shaped visor support is
attached to the channel with a position-stop
friction joint that holds the visor in the raised
position or in the protective (down) position.
The visor support folds back over the crown
of the helmet when not in the protective
position. In the protective position, the
support seats completely on the top of the
channel, without gaps or open spaces be-
tween the hat or cap and the visor support
to which the visor is attached.
The support accommodates the protective
visor with two end spring clips and three
male snap studs.
Faceshield Protective Visor (window):
Protective visors are available in three ma-
terials: wire screen mesh, polycarbonate,
and cellulose acetate.
Wire screen visors are 24 mesh, black
lacquer-coated for work involving high heat
exposure A partial visor, 4" x 8V (10.16 cm x
20.32 cm) of dark green cellulose acetate
and a visor spacer are available for addi-
tional glare protection when used behind
the wire screen visor.
Polycarbonate (plastic) visors are stronger
and more heat resistant than cellulose
acetate. Cellulose acetate (plastic) visors are
more scratch resistant and generally less
expensive than polycarbonate visors.
Both the polycarbonate and cellulose
acetate visors are clear plastic, and the cel-
lulose acetate visors also are available with
a green tint to reduce effects of nuisance
glare.
The protective visor is furnished in a 6"
(15.24 cm) length. It also is available in an
8" (20.32 cm) length if additional protection
is desired or if work is being performed
above eye level. To provide full 180° pro-
tection, plastic visors are 17% " (44.45 cm)
wide and the wire mesh screen visor is 18"
(45.72 cm) wide. Plastic visors are furnished
in .040" ( 1016 cm) thickness or .060"
(.1524 cm) thickness for heavier duty.
Dat? Sheet
06-00-15
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Application
A-192
ANSI Standard Z87.1-1968 for eye and face
protection states that the faceshield is
designed to provide protection to the face
(i e.. the front part of the head including
forehead, cheeks, nose, mouth, chin) and
neck, where required, from flying particles
and sprays of hazardous liquids and, in
addition, to provide antiglare protection
where required. The faceshield should be
worn over suitable basic eye protection de-
vices The following recommendations are
based on the selection chart in this
ANSI Standard.
For Severe Exposures: The Foldback Face-
shield (with suitable protective visor), when
used with appropriate head protection, is
recommended for eye and face protection
as follows:
• In chemical handling operations involving
splash, acid burns, and fume hazards
(when worn over appropriate goggles).
• In furnace operations involving glare,
heat, and molten metal hazards (when
worn over appropriate welding goggles).
• In heavy grinding operations involving
flying particle hazards (when worn over
appropriate goggles or cnippers' goggles).
For Other Than Severe Exposures: The
Foldback Faceshield (with suitable protec-
tive visor), when used with appropriate head
T protection is acceptable (though not
preferred) for eye and face protection as
follows:
• In chemical handling operations involving
splash, acid burns, and fume hazards.
• In light grinding operations involving
flying particle hazards.
• In laboratory operations involving
chemical splash and glass breakage
hazards (when worn with sideshield
spectacles).
• In machining ooerations involving flying
particle hazards.
• In molten metals operations involving
heat, glare, sparks, and splash hazards
FRICTION JOINT:
Holds visor in raised or
protective position
RETAINING SPRING:
Fits across back of hat to
hold assembly in place
Cap model is shown above (For small
peak caps, an optional cap spacer is
needed ) Hat model is similar
VISOR SUPPORT:
Holds protective visor
CHANNEL:
Clamps around
hat brim
VISOR:
Protects eyes and face
A formed inetai cnannei ciamps around tne
front brim of the hat, while a retaining spring
fits across the back above the brim to hold
the Foldback Faceshield in place
(when worn with sideshield spectacles
with tinted lenses).
• In spot welding applications involving
flying particle and spark hazards.
Approvals and Standards
The Foldback Faceshield Assembly and all
protective visors (windows) comply with
regulations of the Occupational Safety and
Health Act, Part 1910-Safety and Health
Standards, which require that these products
be in accordance with ANSI Standard
287.1-1968 Practice for Occupational and
Educational Eye and Face Protection Use
of the Foldback Faceshield with approved
head protection meets the requirements of
ANSI Z87.1 -1968 for eye and face protection
and ANSI Z89 1-1969 for industrial head
protection.
Polycarbonate visors are self extinguishing
when tested according to ASTM D 635.
Inspection and Maintenance
The Foldback Faceshield should be routinely
inspected for signs of wear at the friction
joints, for any bending of the aluminum
channel which would affect its correct fit at
the brim, for proper resilience of the retain-
ing spring, and for any scratching or signs of
cracking in the visor. Replace damaged
parts immediately.
In keeping with the ANSI Standard Z87.1-
1968, daily cleaning of the visor is recom-
mended because continuous vision through
a dirty visor can cause eye fatigue and
become a contributory factor to accidents.
The entire assembly should be cleaned after
each use with warm water and MSA Cleaner-
Samtizer solution using a sponge or soft
brush. Rinse thoroughly ana let dry at room
temperature.
Caution
Do not allow the Foldback Faceshield and
protective nelmet to come in contact with
energized electrical conductors (live wires).
Never alter or modify the Foldback Face-
shield in any way. Never use the faceshield
or its components for anything other than its
intended purpose.
Never use the Foldback Faceshield if it has
been damaged in any way; replace damaged
parts immediately.
Ordering Information
457908 Foldback Faceshield (hat model)
459749 Foldback Faceshield (cap model;
459975 Cap Spacer (for use with small
peak caps)
457409 Visor, wire-mesh screen,
18 in. x 8 in.
457406 Visor, glare, dark green, 4 in. x 8
in., cellulose acetate, .040 in. thick
457402 Visor Spacer (for use with glare
visor and wire-mesh screen
combination, only)
458973 Visor, polycarbonate, 171/2 x6x
.040 in., clear
458976 Visor, polycarbonate, 171/2 x 6 x
.060 in., clear
458967 Visor, polycarbonate, 17Vz x 8 x
.040 in., clear
458970 Visor, polycarbonate, 171/2 x 8 x
.060 in., clear
458972 Visor, cellulose acetate, 171/2 x 6 x
.040 in., clear
458975 Visor, cellulose acetate, 171/2 x6x
.060 in., clear
458971 Visor, cellulose acetate, 171/2 x6x
.040 in., green
458974 Visor, cellulose acetate, 171/2 x 6 x
.060 in., green
458706 Visor, cellulose acetate, 171/2 x8x
040 in., clear
458969 Visor, cellulose acetate, 171/2 x 8 x
.060 in., clear
458705 Visor, cellulose acetate, 171/2 x8x
.040 in., green
458968 Visor, cellulose acetate, 171/2 x8x
.060 in., green
Note: This Datasheet is a guide, containing
only a general description of the uses and
performance capabilities of Foldback
Faceshield. Before use, refer to and strictly
follow all instructions, cautions, and warn-
ings on or with the product. For more
complete information contact MSA, 600
Penn Center Blvd., Pittsburgh, Pa. 15235.
Mine Safety Appliances Company
600 Penn Center Boulevard
Pittsburgh, Pennsylvania 15235
At your service 25 branch offices in the United States
MSA CANADA. Downsview, Ontario (Metro Toronto), Halifax,
Montreal, Winnipeg. Saskatoon. Edmonton, Calgary, Vancouver
representatives in principal cities of the world
Cable address—'MINSAF" Pittsburgh
Datasheet 06-00-15
Printed in U S A. 754 (L)
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• APPENDIX B
— EPA MEDICAL MONITORING GUIDELINES
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€QUITABl£
€NVIRONM€NTAL
H€ALTH
.'*SSiti£»
Chicago
New York
Washington, D C
A Subsidiary of The Equitable Life Assurance Society of the United States
EEH/WC-79L-356
October 25, 1979
TO: Don Webb, Project Officer, EPA Contract, #68-03-2789
FROM: Gordon S. Siege!, M. D. Project
SUBJECT: Comments on Medical Services and Medical Monitoring-- Hazardous
Waste Sites
Hazardous waste sites, by definition, have potential for adverse
health effects on the workers who may be required to conduct operations
there. The determination of the probability of adverse effect—risk
assessment—is often complex and difficult.
The safe conduct of investigations and operations at such sites
involves multiple factors, including waste identification, the condition
of stored materials, the nature of the storage site, use of appropriate
equipment and devices, training of personnel, etc.
Medical services and the medical monitoring of personnel can contri-
bute to both the safety and efficiency of hazardous waste site work. Such
medical services can be considered under four general classifications or
types:
o Assessment of the heath status of individuals prior to work.
o Support of the health of workers at work.
o Evaluation and care of individuals with work-related injuries
and illnesses.
o Monitoring of workers for evidence of post-work adverse health
effects and suitability for future assignments.
A particular medical examination or procedure may contribute to the
goals or requirements of more than one class. It is important to note that
the evaluation of human health, and an assessment of adverse health effects
in relation to occupational factors, is an inexact science. The judgment
of informed and experienced health professionals must often be relied
upon, rather than recourse to formal "standards".
It is also important to maintain perspective about the "ideal" and the
"practical" in regard to health suitability for work. The imposition of
stringent, rigid medical standards for any work is rarely justified,
rather the application of general principles of medical services should be
6000 Executive Boulevard, Fourth Floor, Rockville, Maryland 20852 • Telephone: 301/770-1500
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Page 2 - Don Webb
carefully fitted to individual workers and particular work situations.
Very little of the world's work is performed under ideal conditions by
ideal workers. However, this fact cannot be a justification for occupa-
tional health and safety abuses.
1. Assessment of the health status of individuals prior to work.
A thorough pre-employment or pre-placement medical examination
for hazardous waste site workers provides:
an evaluation of suitability, physically and psychologically,
for the kinds of work that may be required.
identification of health factors that may preclude or require
modification of certain assignments.
assessment of capability for proper use of necessary personal
protective equipment.
determination of base-line or reference data to help evaluate
the significance of findings on future examinations.
The examination should consist of a detailed medical and occu-
pational history, a thorough physical examination with particular
attention to the cardiopulmonary systems, general physical fitness, skin,
blood forming, hepatic, renal and nervous systems. Tests should include
chest X-ray, electrocardiogram, simple ventilatory pulmonary function,
urinalysis, a complete bood count, and a blood chemistry profile.
Additional tests and procedures may be indicated in the judgment of the
examining physician, based on knowledge of the work to be performed.
2. Support of the health of workers while working.
There must be provision of adequate first-aid services and
supplies, and planning, where possible, for first-aid services appropriate
to the work engaged in, for example, treatment of chemical burns.
An emergency medical transport plan and services, to an
identified medical care facility, is necessary.
Medical consultation services to advise on health and medical
questions and problems arising in the course of work should be identified
and made available.
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€NVIPONM€NTAL
H£ALTH
INC
Page 3 - Don Webb
3. Evaluation and care of individuals with work-related injuries
and illness.
Appropriate medical care providers for evaluation and treatment
of workers with suspect or definite occupational illnesses and injuries
should be identified. The planning for such services should include pro-
vision for transmittal of pertinent work condition and exposure infor-
mation to assist the medical care providers in their evaluation, diagnosis
and treatment.
4. Monitoring workers for evidence of work-related adverse health
effects and continued suitability for work.
A program of periodic medical examination and health status
evaluation of workers should be established to:
assist in early detection of work-related adverse health
effects in individual workers.
assess the health status of individual workers as to fitness
for assignments and their use of protective equipment.
provide individualized occupational health guidance and coun-
seling.
assemble group data useful for epidemiological purposes.
The scope and content of such periodic examinations will be
influenced by the kinds of work and exposures encountered in the intervals
between examinations. They will usually include an interval medical and
occupational history, a physical examination, and selected blood, urine,
and pulmonary function tests. Periodic cardiograms and chest X-rays, as
well as other soecial tests,may be recommended by the examining physican in
certain circumstances. The periodicity of such examinations is influenced
by the work performed, but an annual examination is common.
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ENVIRONMENTAL PROTECTION AGENCY
FY 1980-81
MEDICAL MONITORING PROGRAM GUIDELINES
The following information and attachments are intended for use by
Agency components that conduct occupational medical monitoring programs.
These guidelines outline the minimum essential elements for such a program
and should not be regarded as being comprehensive. Some Agency workplaces
may .,av.2 potential exposure hazards that will require medical monitoring
procedures not covered in this basic description; however, it is essential
that e-?ch local program include at least the elements described herein. As
more Federal regulations and recommendations appear for employees
potentially exposed to toxic chemical and physical agents, program updates
and modifications are to be expected. When such changes occur, they will
be presented by the Agency's Office of Occupational Health and Safety.
Who should be included in a medical monitoring program?
This medical monitoring program is designed basically for laboratory
and field workers whose work regularly poses the possibility of exposure to
toxic materials. In addition, the program should meet the needs of other
diverse groups of employees whose jobs require preplacement and/or
periodic health assessment. Generally, administrative, fiscal,
secretarial, statistical, and other support personnel who are exposed to
toxic materials indirectly, infrequently, or inconsequentially should not
be included. Representative job categories that should have medical
monitoring made available on exposure include chemists, microbiologists,
toxicologists, physical scientists, and the technical personnel who
support these disciplines. Employees who collect various types of
polluted samples should be included if the sampling requires exposure to
pollutants significantly in excess of ambient concentrations. Maintenance
personnel normally should be included, since they are occasionally exposed
to toxicants at unexpectedly high concentrations, as should those who
perform custodial services in actual laboratories or in areas where toxic
materials are stored. Part-time and temporary employees should be
included if their jobs are similar to the categories previously mentioned.
The decision as to which employees are nominated should rest with the
program director or supervisor most familiar with the possible hazards
involved.
Is the program voluntary?
Employees whose jobs justify inclusion in the program have the option
to participate or not, with the exception of those few persons whose jobs
require such examinations as a condition of employment. Future Agency
policy may expand the number of job categories that will require
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preplacement and periodic health assessment. Experience indicates that
about 85% of nominated employees will elect to participate in the program.
A written record of those deferring or declining participation should be
kept to protect the Agency against accusations that such a program was not
made available. A simple notation to the effect that an individual has
declined is sufficient. Declining employees should be reinvited to
participate regularly if they remain eligible for the program. Each
facility should review its entire roster periodically to assure the
inclusion of all "at-risk" personnel.
Who wil I pay for the program?
Medical monitoring is the responsibility of the employer, and the
Agency must bear the entire cost. When a preexisting or non-job-related
condition is detected in the course of a health monitoring examination, the
individual is to be referred to his/her private physician for further
evaluation, treatment, and followup. The individual must bear these addi-
tional costs. When a condition appears to have resulted from employment,
the employee may seek compensation and the payment or recovery of medical
expenses from the Department of Labor, Office of Workers' Compensation
Programs.
Consultation is available from the Agency Office of Occupational
Health and Safety when job-related illness is detected or suspected.
How are physician services obtained?
The fact that most EPA operations are able to use purchase orders to
obtain local physician services simplifies this procurement. Ideally, the
physician chosen should be board certified in occupational medicine; how-
ever, this is unrealistic because the number of such physicians available
is quite small and most serve as full-time program directors for large
industrial corporations.
For the purpose of this program, a local physician in a practice of
internal medicine or in general practice will usually suffice. A physician
who belongs to the American Occupational Medical Association or a local
occupational health society is preferred; the names of these physicians
may be obtained from the American Occupational Medical Association, 150
North Wacker Drive, Chicago, Illinois 60606 (312/782-2166).
The important requirements are that the physician is capable, is
equipped to conduct a thorough physical • examination, and has a high
interest in the program. A local physician is in the best position to
provide a continuity of service over the years and to handle referrals when
non-job-related conditions are detected. On occasion, local U.S. Public
Health Service facilities are willing to perform this service. The use of
a Federal facility generally offers an economic advantage and is
encouraged whenever such services are offered.
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How are related laboratory services obtained?
These services must be performed by a clinical laboratory that is
competent, is licensed, participates in a proficiency testing program(s),
and maintains rigorous quality control. It should be licensed by the
Federal government. A number of large interstate laboratories provide
satisfactory service, rapid turnaround, and reasonable fees. These labo-
ratories usually provide their own collection and mailing containers at no
extra cost, and most have government "rates" that are competitive. Since
these are large laboratories, they can provide, at a reasonable additional
cost, special tests that may be essential for those employees who have been
exposed to specified chemicals. Many hospital and local laboratories can
supply only a portion of the laboratory tests that may be needed; also, in
performing more complex tests, these hospitals and laboratories may be
less reliable than the large interstate laboratories that routinely carry
out such procedures.
The local examining physician will be responsible for requesting, in-
terpreting, and evaluating laboratory reports. A laboratory of the physi-
cian's choice is preferable, provided that it meets quality and cost rea-
sonability standards.
How often should examinations be offered?
Ideally, the periodicity and content of monitoring examinations should
be determined by an evaluation of the occupational risk; i.e., the proba-
bility of adverse effects of exposure. When the program was initiated, it
was recommended that an annual examination suffice for most participants.
Until better criteria are developed from a study of EPA operations and
monitoring findings, an annual evaluation is still recommended.
The first, or baseline, examination offered to each participant should
consist of a complete medical examination. This examination will be useful
in providing reference information for the evaluation of subsequent
periodic examination findings. Subsequent monitoring examinations, for
most EPA operations, can be of more limited scope.
Is the program a substitute for "general checkups"?
Participants should be advised that this program of medical monitoring
examinations is not a direct substitute for "general checkups" or other
periodic examinations designed to monitor or promote general health. The
occupational medical monitoring program is designed to screen for evidence
of adverse effects of occupational exposure, particularly exposure to
toxic substances. The examinations do not provide a comprehensive health
evaluation; neither do they provide significant screening for many of the
common nonoccupational chronic disorders.
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Medical examination content recommendations
Current FY 1980-81 recommendations are to continue to provide a
comprehensive baseline examination for new participants in the program and
to provide periodic screening examinations for other participants.
Periodic monitoring should include, as a minimum, an interim medical
and occupational history review, a screening physical examination, basic
blood and urine laboratory tests (as discussea below), and a physician's
evaluation. The monitoring examination should be supplemented by proce-
dures and special tests only as warranted by exposure to specific signifi-
cant hazards or stresses.
What are the basic laboratory tests to be included for each participant?
Each individual should receive a basic panel of blood counts and
chemistries to evaluate blood-forming, kidney, liver, and endo-
crine/metabolic function. The following blood tests are considered to be
the minimum desirable:
o White blood cell count and differential cell count
o Hemoglobin and/or hematocrit
o Albumin, globulin, and total protein
o Total bilirubin
o Serum glutamic oxalacetic transaminase (SGOT)
o Lactic dehydrogenase (LDH)
o Alkaline phosphatase
o Calcium
o Phosphorus
o Uric acid
o Creatinine
o Urea nitrogen
o Cholesterol
o Glucose
Each employee should have a routine urinalysis that consists of the
following:
o Specific gravity
o pH
o Microscopic examination
o Protein
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B-8
o Acetone
o Glucose
What other tests are recommended?
A baseline chest X-ray should be a standard 14- x 17-inch P-A
(posterior-anterior) exposure. The lateral view is not necessary for
routine screening purposes. The X-ray may be obtained from the examining
physician, a local radiologist, or a local hospital. The film should be
read or reviewed by a board-certified radiologist or other competent
medical specialist. Subsequent periodic chest X-rays should be performed
only when clinically indicated and not as a routine measure.
Electrocardiogram
An electrocardiogram should be included in the baseline examination.
It ordinarily should be of the standard 12-lead resting type and inter-
preted by an internist or cardiologist. Subsequent periodic electrocar-
diograms should be obtained only when recommended by the examining
physician, and not as a routine measure.
Pulmonary function
Pulmonary function testing is desirable as a part of the baseline
examination. It may be indicated periodically for employees at respira-
tory system risk, such as those with significant exposure to toxic dusts
and irritants. As a minimum, it should consist of simple tests of lung
ventilation: forced expiratory volume in 1 second (FEV,) and forced vital
capacity (FVC).
Other special tests
Workers who are significantly exposed to certain designated materials
may require additional special procedures in addition to the basic panel of
tests. These tests are listed in Table 1 and are obtainable at an addi-
tional cost. The physician should determine who is in need of special
tests after reviewing the history forms and after consulting with super-
visors and/or medical monitoring coordinators and health and safety
designees. Provision should be made for repeating tests when necessary.
Consultative assistance is available from the Office of Occupational
Health and Safety regarding special tests.
Tests dropped from 1977 guidelines
The following tests, recommended in the 1977 guidelines, are no longer
recommended as routine tests for occupational monitoring, either baseline
or periodic:
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o VDRL or other serologic test for syphilis
o Serum specimen for freezing and storage
o Female cervical cytology test (Pap test)
o Serum glutamic pyruvic transaminase (SGPT)
o Serum trig lycer ides
o Serum sodium, chloride, and potassium
o Care i no-embryonic antigen
What medical monitoring records and forms are required?
Forms
To provide uniformity of data collection and to expedite analysis, it
would be desirable to have an EPA standard form(s) for use in medical
monitoring examinations. However desirable, this goal does not appear
possible in the immediate future. Private medical examiners use a variety
of forms and automated systems to obtain and record medical information.
The scope and quality of information-gathering and recording systems used
should be at least equal to that of the forms discussed below.
Participants should be advised that the medical monitoring examina-
tions are voluntary and that they are not required to answer any specific
questions.
Medical history
The medical history will normally be obtained by having each partici-
pant fill out a medical and occupational history form before seeing a
physician (Attachment 1 provides an EPA-developed sample). Usually, this
is done several days preceding the date of the physical examination. All
programs are urged to adopt this form, or its equivalent, since most
"standard" medical history forms are too sketchy, especially in terms of
occupational history and exposure. The occupational exposure information
may be reviewed by occupational health and safety personnel to assist the
examining physician in performing an examination of appropriate scope.
When completed, the form should be turned over to the physician or physi-
cian's designee in a manner safeguarding privacy and confidentiality of
the participant.
Physical examination form
The physical examination should be recorded on a standard form such as
Government Standard Form 88 (Attachment 2). This form is available in
quantity and is used by nearly all governmental health providers. Although
the local physician may have similar forms that he or she uses routinely,
all workplaces are urged to adopt S.F. 88 to achieve Agencywide uniform-
ity. Sections 60-63, 66-69, and 70-72 are not normally carried out as part
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of monitoring physical examinations and may be omitted. Audiometry,
item 71, is indicated for all employees regularly exposed to high noise
levels; i.e., over 85 dB.
Privacy Act
Since the Health Monitoring Program will establish a set of records on
individual citizens, it must meet the requirements of the Privacy Act of
1974 (P.L. 93-579). Each participant is required to read ?.nd sign a copy
of the Privacy Statement (Attachment 3), which explains the authority for
collecting the information, uses to be made of the information, rules of
confidentiality, and disclosure information. The original of this state-
ment should be made part of the employee's medical monitoring records, and
a copy should be provided to the employee. Written requests for release of
this information may be made by the employee, and such requests should also
be made a permanent part of the record. Each Agency program area will be
responsible for seeing that the provisions of this Act are met.
Required reports and actions
The examining physician must communicate all examination findings and
opinions to the examinee. In addition, the examining physician should
furnish the Agency a written report on any examinee with findings that, in
the physician's opinion, indicate an adverse effect of occupational expo-
sure. This report should detail the occupationally related findings and
the basis for the physician's opinion. The physician should be instructed,
however, not to reveal any specific findings or diagnoses unrelated to
occupational exposure in the report to the Agency.
Or receipt of such a report, the local medical monitoring coordinator
shall promptly send a copy to:
Manager of Medical Monitoring
Office of Occupational Health and Safety (PM-273)
401 M Street, S.W.
Washington, D.C. 20460
Local management, safety officers, and supervisors should take prompt
investigative and remedial action after being alerted to a possible occu-
pational health and safety problem by a medical report. Technical assist-
ance is available from the Office of Occupational Health and Safety.
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TABLE 1
SPECIAL TESTS
An annual monitoring examination will be satisfactory for most
workers. Additional special tests may be indicated for those workers who
have significant exposures to chemical or physical agents, in accordance
with OSHA or other applicable standards.
Substance
Acrylonitrile
Inorganic arsenic
Asbestos
Benzene
Coke oven emissions
Cotton dust
Dichlorobromopropane
Inorganic lead
Noise (above 85 dB)
Organophosphate pesticides
Special Tests
Chest X-ray, fecal occult blood, procto-
sigmoidoscopy
Chest X-ray, sputum cytology
Chest X-ray, pulmonary function
Reticulocyte count
Chest X-ray, pulmonary function, sputum
cytology, urinary sediment cytology
Pulmonary function
Sperm count (male), serum follicle
stimulating hormone, serum luteinizing
hormone, serum total estrogen (female)
Blood lead, peripheral blood smear
morphology, blood zinc protoporphyrin
Audiometry
Blood cholinesterase
Primate handlers should have an annual HBsAg (hepatitis B surface
antigen) test and a tuberculin test (unless known to be tuberculin posi-
tive).
8
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EPA OMQ-1
Attachment 1
U.S. ENVIRONMENTAL PROTECTION AGENCY
OCCUPATIONAL MEDICAL QUESTIONNAIRE
For Medical Use Only
Date
Name
(Last)
EPA Organizational Unit
Location
Regular Workplace
Job Title and GS Series
Male [ ] Female [ ]
Age Date of Birth
(First)
(Middle)
(Building and Room Number)
Years in Present Job
(Month, Day, Year)
Marital Status: Married [ ] Single [ ] Separated [ ] Divorced [ ] Widowed [ ]
Please answer the following questions by checking the applicable blocks:
Have you ever been hospitalized? No [ ] Yes [ ]
If yes, give details and dates:
Have you ever had an operation(s)? No [ ] Yes [ ]
If yes, give details and dates:
Have you ever been a resident outside the United States? No [ ] Yes [ J
If yes, please list location(s) and date(s):
Indicate any job-related illnesses or injuries you have experienced
since being employed by EPA:
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EPA OMQ-2
In your work are you now or have you been exposed to any of the following
agents?
Exposure Present Past
Inorganic fluorides [ ] [ ]
Lead [ ] [ ]
Benzene [ ] [ ]
Coke oven emissions [ ] [ ]
Inorganic arsenic [ ] [ ]
Methylene chloride [ ] [ ]
Vinyl chloride [ ] [ ]
Toluene diisocyanate [ ] [ ]
Excessive noise [ ] [ ]
Nitrogen oxides [ ] [ ]
Crystalline silica [ ] [ ]
Nitric acid [ ] [ ]
Ammonia [ ] [ ]
Beryllium [ ] [ ]
Phosgene [ ] [ ]
Allyl chloride [ ] [ ]
Asbestos [ ] [ ]
Suspect or known carcinogens [ ] [ ]
Pesticides [ ] [ ]
Bacteria or viruses [ ] [ ]
Primate animals [ J [ ]
Vibrating tools [ ] [ ]
Radiation [ ] [ ]
-------
B-14
EPA OMQ-3
Please make a list of those substances that you handle in your work.
Star those that particularly concern you from a health standpoint.
Do you have any suggestions to reduce potential exposures?
Indicate any symptoms that you have experienced that might be due to
exposure at work and indicate the suspected cause.
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bPA OMQ-4
B-15
Do you have or are you concerned about any of the following? If so, please
check the appropriate box or boxes.
[ ] Allergies [ ]
[ ] Back pain [ ]
[ ] Blood in urine, sputum, or stool [ ]
[ ] Blood pressure [ ]
[ ] Bowel problems [ ]
[ ] Cancer [ ]
[ ] Chest pain [ ]
[ J Chronic cough [ ]
[ ] Cold or painful fingers [ ]
[ ] Constipation [ ]
[ ] Dental or gum problems [ ]
[ ] Depression or excessive worry [ ]
[ ] Diabetes [ ]
[ ] Diarrhea [ ]
[ ] Difficulty in sleeping [ ]
[ ] Dizziness [ ]
[ ] Ear or hearing problems [ ]
[ ] Edema (foot or leg swelling) [ ]
[ ] Eye trouble (other than glasses) [ ]
[ ] Fainting spells or unconsciousness [ ]
[ ] Fever [ ]
[ ] Frequent or severe headaches [ ]
[ ] Frequent indigestion [ ]
[ ] Heart condition [ ]
[ ] Heart munnur
Hemorrhoids (piles)
Hives
Hot flashes
Kidney problems
Joint pains
Leg cramps
Liver problems
Loss of memory
Lung or breathing difficulty
Menopause
Muscle aches or pains
Nervousness
Sexual problems
Sickle cell disease or trait
Skin disease
Stomach pain
Swollen glands
Thyroid gland problem
Tremor of hands or head
Tumors or cys ts
Unexpected weight gain
Unexpected weight loss
Unusual weakness
Venereal disease
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B-16
EPA OMQ-5
FAMILY HISTORY
Indicate any blood relatives who have or have had any of the following:
Disease
Anemia
Allergy (asthma,
eczema, hay fever)
Alcohol ism
Arthritis
Bleeding disorders
Cancer
Congenital malformations
Diabetes
Emphysema
Epilepsy
Glaucoma
Gout
Heart attack
High blood pressure
Kidney disease
Kidney stones
Gallbladder disease
Mental illness
Mental retardation
Sickle cell disease
Stomach ulcers
Stroke
Tuberculosis
Relationship to Me
Mother
t ]
[ ]
[ ]
£ j
[ ]
[ J
[ ]
[ ]
[ ]
[ ]
[ 1
[ ]
[ ]
[ J
t ]
[ ]
[ ]
[ ]
[ ]
[ ]
Father
f ]
[ ]
t ]
[ 1
[ ]
[ J
[ ]
[ ]
[ ]
[ ]
[ J
t ]
[
[
[
[
t
t
[ ]
[ ]
Grandparent
[ ]
[ ]
[ ]
[ 1
[ j
[ ]
[ ]
[ 1
[ ]
t I
[ j
[ J
[ ]
[ j
[ J
[ ]
[ ]
[ ]
f I
Brother
[
t
t
f
[
f
[
[
[
[
[
[
[
[
[
[
[
[
t
[
or Sister
]
]
]
1
]
1
j
]
]
]
]
]
]
]
]
]
]
]
]
]
My Children
[
[
[
f
[
[
[
[
[
[
[
[
[
[
[
[
[
[
[
[
]
j
]
J
j
]
]
j
]
]
3
j
]
]
]
]
J
]
]
1
If either of your parents is dead, list age and cause of death, if known:
Mother died age of
Father died age of
Are you aware of any diseases or illnesses that run in your family?
Yes [ ] No [ ]
If yes, please list:
-------
IB-17
EPA OMQ-6
• Do you drink alcoholic beverages? Yes f ] No [ ]
If yes, please answer the following:
| Do you average drinking more than one bottle of beer per day?
- Yes [ ] No [ ]
Do you drink more than a bottle of wine per week? Yes [ ] No [ ]
•
I
Do you drink more than a fifth of liquor per week? Yes [ ] No [ ]
Do you smoke? Yes [ J No [ ]
If no, are you a former smoker? Yes [ ] No [ ]
• If yes, how long ago did you quit?
How many years did you smoke before quitting? Years
Years
How much were you smoking when you quit; i.e., number of cigarettes,
"pipes," or cigars smoked per day?
• If yes, please answer the following:
How long have you smoked? Years
£ How many of the following do you smoke per day?
Cigarettes ^____
"Pipes" of tobacco
Cigars
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B-18
EPA OMQ-7
Have you had or do you now have any of the following illnesses or
conditions? If so, please check the appropriate block(s):
[ ] Abnormal Bleeding
[ ] Anemia
[ ] Arthritis
[ ] As thma
[ ] Cancer
[ ] Cirrhosis of the liver
[ ] Dermatitis
[ ] Diabetes
[ ] Dizziness or fainting
[ ] Epilepsy
[ ] Erysipelas
[ ] Gallbladder/stones
[ ] Glaucoma
[ ] Gonorrhea
[ ] Gout
[ ] Hay fever
[ 3 Heart attack or trouble
[ 3 Hepatitis
[ ] Hernia or rupture
[ 3 High blood pressure
[ 3 Hives
[ ] Jaundice
[ 3 Kidney trouble or stones
[ J Leukemia
[ ] Malaria
[ ] Migraine
[ ] Mump s
[ ] Nephritis (Bright1s disease)
[ J Nervous breakdown
[ ] Neuritis
[ 3 Paralysis of any type
[ 3 Piles or hemorrhoids
[ J Pneumonia
[ ] Polio
[ 3 Rheumatic fever
[ 3 Scarlet fever
[ J Swollen joints
[ ] Stroke
[ ] Syphilis
[ 3 Tuberculosis
[ 3 Ulcer (stomach or duodenal)
FEMALES ONLY:
Number of pregnancies
Number of living children
Number of miscarriages
Date of last Pap test
Date of last period
Have you had any unusual discharge or bleeding in the past three
months?
Yes [ J No [ ]
Have you reached menopause? Yes [ ] No [ J
-------
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•
1
1
1
1
1
1
1
1
1
1
1
1
1
1
EPA OMQ-8
MEDICATION HISTORY
Are you now taking or have you taken any
[ ] Antacids [
[ ] Antibiotics [
[ ] Anticoagulant (blood thinner) [
[ ] Antidepressants [
[ ] Antihistamines [
[ ] Appetite depressants [
[ ] Aspirin [
[ ] Benzedrine '
[ ] Birth control pills [
[ ] Blood pressure medication [
[ ] Codeine - [
[ ] Cortisone or steroids [
List any drugs you take regularly:
Have you been on any special diet(s) in
If yes, describe type
Are you allergic to any of the following
[ ] Pollens
[ ] House dust
[ ] Animal dander, feathers, or fur
[ ] Drugs
[ ] Vaccines
[ ] Serum
[ ] Metal, jewelry
[ ] Foods
[ ] Sunlight or cold
If yes, please list or provide details.
B-19
of the following within the past month?
] Dexedrine
] Digitalis
] Diuretic
] Hormones
] Insulin or oral .anti-diabetic drug
] Laxatives
] Morphine
] Sleeping pills
] Sulfa preparations
] Thyroid
] Tranquilizers
] Vitamins
the past year? Yes [ ] No [ ]
7
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B"fePA OMQ-9
IMMUNIZATION, VACCINES, ANTITOXINS
Check if you have received any of the following, and give approximate date(s) M
when last received, if known: •
[ ] Tetanus
[ ] Poliomylitis |
[ ] Influenza _
[ ] Typhoid •
[ ] Diphtheria I
[ ] Rabies
[ ] Rubella (German measles) •
[ ] Measles (Rubeola or red measles) _
[ ] BCG •
[ ] Yellow fever <•
[ ] Small pox
[ ] RhoGAM (Rh immune globulin) •
[ ] Immune serum globulin for hepatitis _
[ ] Others (please list) •
I
[ ] Mantoux, patch test, or other skin test for
tuberculosis H
Give date and result of last test, if known:
Date Result [ ] Positive [ ] Negative
I
When you have finished this Medical and Occupational History form, hand it •
directly to the doctor or nurse, or, if mailed, mark envelope "To Be Opened Only
by Medical Personnel." _
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I __. .... .. B-21
EPA OMQ-10
• FOR PHYSICIAN'S USE ONLY
Physician's summary and elaboration of all pertinent data. (Physician
I shall comment on all positive answers. Physician may develop by interview
any additional medical history he deems important, and record any
significant findings here.)
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Typed or Printed Name of Physician Date
Signature
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MEASUREMENTS AMD OTHER FINDINGS
• R-1??*" "' COC°* M*'" M C0a>1' EYtS 55' BUILO **' TEMPERATURE
Q] StENDfK Q MEDIUM Q HEAVY Q O»ESE
•LOOO PRESSURE {Arm U Atari lift) 5*. PULSi Mrm «/ lr«r( trad)
, JYS • srs
*<* i ' RtCUM-
| :*« ! i£NT OiAS
DISTANT VISIOM
-r a; CORR TOIS.-
rr a/ cow* TO zo/
C SYS * SITTING I AFTER EXERCISE C 2 MIM AFTER 0. RCCUMKNT E AFTER STANDING
(3 HUH ) WAS.
U. REFRACTION U. HEAR VISION
IY S. CX ; CORR TO 1Y
§Y S CX | CORR. TO IY
J. MfTEOOPMOHIA (SpR VISION (Tut w<<<«4 rtiutn U. DEPTH PERCEPTION UMCORRECTEO
CORRECTED
(7. NIGHT VISION (Tctt uttttnd tcort) M RED LENS TEST M. INTRAOCULAR TENSION
71. AUDIOMETER 72. PSYCHOLOGICAL AND PSYCHOMOTOR
OOO 9000 *OW> *OOO 1000
m Hi io«4 «<* '"• "" «'" mi
RIGHT |
UFT j
71. MOTES (Con/mil**) AND SIGNIFICANT OR INTERVAL HISTORY
(l/M •<4
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Attachment 3 B-23
Environmental Protection Agency
Privacy Statement
Occupational Medical Monitoring Program Records
A. Authority under which the information is requested:
Executive Order 11807 which requires that the Occupational Safety
and Health Act, P.L. 91-596 with its standards, Code of Federal Regula-
tions, Title 29, Chapter XVII, Part 1910 of the Code of Federal Regu-
lations be applied to Federal employees; Code of Federal Regulations
Title 29, Chapter XVII, Part 1960, Federal Workers Safety and Health.
Other authority: FPM Chapter 339 (Medical examination for appoint-
ment); FPM Chapter 752 (Adverse actions); FPM Chapter 810 (Claims for
disability under worker's compensation); FPM Chapter 831 (Disability
retirement); and FPM Chapter 339.
B. Uses to be made of the information:
The purpose of requesting personal information is to enable the
Agency Occupational Medical Officer, examining physician, and other
health personnel to provide an occupational health program directed
primarily to protecting you and your fellow workers from potential
hazards in your work environment and the reduction of these hazards.
The records will document your nealth status, changes in physical
conditions through the years, and provide an account of any care
rendered, advice given, and consultations that are recommended.
This information may be used to determine unusual susceptibility
to illness or injury from exposures in your work environment, to deter-
mine suitability for assignments, to permit medical surveillance for
potential harmful effects of toxicants used in your work, and to pro-
vide medical treatment and advice. It may be used to plan, implement
and evaluate occupational and preventive health programs, conduct epi-
demiologic research, teach, and compile statistical data. It may be
used to adjudicate claims and determine benefits, and report medical
conditions required by law to Federal, State and local agencies. It
may be used for other lawful purposes including litigation.
C. Rules of confidentiality:
The information contained in these files will be open to review
and usage by the Agency Medical Office, the examining physician and/or
duly authorized assistants except as noted below.
Information to be utilized for research, teaching, statistical,
or epidemiologic purposes will have all identifying data obliterated
and made unrecognizable as to the identity of an individual.
-------
B"24 Attachment 3
The records will be in the local custody of the examining physi-
cian and will be maintained in a locked filing cabinet. Access will be
limited to the custodian and/or duly appointed health assistants. A
copy of these records may be maintained in the Agency Occupational
Medical Office. These will be maintained in locked cabinets with
access limited to the Director or to authorized assistants.
Upon death, retirement, resignation, or other termination of
Government service, the records will be forwarded to the US Office of
Personnel Management or Public Health Service Commissioned Officer De-
partment of Personnel for inclusion with the Official Personnel
Records and the custody thereof will fall to the custodian of such
records.
Medical information about an applicant, employee or annuitant
shall not be made available to the public.
Medical information about an applicant, employee or annuitant may
be disclosed to the applicant, employee, or annuitant, or a repre-
sentative designated in writing, except that medical information con-
cerning a mental or other condition of such a nature that a prudent
physician would hesitate to inform a person suffering from it of its
exact nature and probable outcome may be disclosed only to a licensed
physician designated in writing for that purpose by the individual or
his designated representative. The determination on whether informa-
tion falls into the purview above will rest with the custodian.
The applicant, employee, or annuitant may request release of
records or information, and/or designate a representative, in a letter
directed to the custodian of the records. The request will give the
full name of the representative and indicate the records to be re-
leased.
D. Disclosure of information by participants:
Disclosure of the required information is entirely voluntary ex-
cept for employees for whom disclosure is a condition of employment or
where a medical certificate is required before assignment to positions
which involve: (a) operation of motor vehicles; (b) exceptional
stress; (c) food handling; (d) direct physical contact with people -
for example, nurses and physical therapists; (e) work above ground
level or around hazardous power-driven machinery; or, (f) strenuous
exertion or hazardous duty or physical requirements more arduous than
those described on SF-177 - for example, aircraft pilots and flight
crew members, underwater divers, and firefighters. Pilots, flight
crew members, and divers will not be certified or recertified if the
information is not furnished. Other persons may decline to partici-
pate in or withdraw from the Occupational Medical Monitoring Program
at any time without prejudice to themselves or to their jobs. If the
information is not furnished, however, a complete occupational health
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Attachment §-25
evaluation cannot be done and will not be attempted; optimum advice and
care may therefore not be possible. Delay in certain benefits may
result from the lack of available information about an employee.
E. Certification:
I have received a copy of this statement which I may retain and I
understand that I may receive additional copies of this statement upon
request. I understand that a copy of this statement will be placed in
my health records as evidence of this notification.
(Typed or printed name)
(Signature) (Date)
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APPENDIX C
TRAINING REQUIREMENTS
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c-i
U.S. ENVIRONMENTAL PROTECTION AGENCY
TRAINING OUTLINE FOR EMPLOYEES ENTERING SITES OF UNKNOWN TOXICITY
1. PURPOSE OF TRAINING
o Ensure that EPA employees are aware of the hazards of their job and
that they perform their work in a manner where risk to personal
health and safety is reduced to the greatest extent feasible.
o Ensure that regard for the health and safety of the employees of
other agencies, the public, and the environment is maximal.
o To comply with all laws, rules, and regulations to safeguard the
health and safety of its employees, the public, and the environment.
o Increase the personal confidence of employees to react responsibly
and to handle emergency situations in a safe manner.
2. GENERAL FIELD SAFETY TECHNIQUES (Recommended 4 hours of instruction)
o Responsibilities
Site surveillance/observation/plan development
. Restricted zones
Safe zones
. Rules for VIP's
o Vehicles (cars, trucks, mobile labs, boats, aircraft, etc.)
. Inspection
Operation
. Mandatory rules, regulations, and orientation
. Checklist
o Hazardous Materials in the Field
Hazards
Storage
Transportation (DOT requirements for common sample preservatives,
plus general "common sense" rules.)
-------
C-2
2.
o Use of Field Equipment and Supplies
. Work Tools
Testing Equipment
Sampling Equipment
. Checklist |
o Working Alone (Buddy System)
Isolated Areas
. Streams, Rivers, Lakes
. Hazardous Waste Sites
„ Hazardous Materials Spills, etc.
o Work Limitations
Weather (severe, inclement, hot, cold)
. Fatigue
Hours of Work
3. PERSONAL PROTECTIVE EQUIPMENT AND CLOTHING (Minimum 3 hours instruction)
o General
o Availability
o Respiratory Protection
. Selection
. Fit
Donning and Use
o Personal Protection Apparel
„ Clothing (gloves, aprons, coveralls, etc.)
. Disposable
Reusable
Totally enclosed suits
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3.
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Eye Protection
Foot Protection
Head Protection
• . Hearing Protection
o Limitations of Clothing and Equipment
• o Decontamination of Clothing and Equipment
_ o Disposal of Contaminated Clothing and Equipment
™ o Hands on Practical Exercise w/Protective Clothing and/or
Equipment
| 4. EMERGENCY HELP AND SELF-RESCUE (Minimum 8 hours instruction)
o Recommended Supplies
o Principles of First Aid
Restoration of Breathing
Control of Bleeding
Recognition and Treatment of Physical Shock
«, Open and Closed Wounds and Burns
. Franctures and Dislocations
„ Transportation
o Cardiopulmonary Resuscitation
o Availability of Emergency Services
Poison Control Centers
. Hospitals and Ambulance Services
. Army EOD,
Local fire and police departments
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C-4
4.
o How to Obtain Emergency Treatment in the Field
o How and when to file a report of accidant/incident
o Employee Compensation Benefits
5. SAMPLING TECHNIQUES (Recommended 4 hours instruction)
o Hazards of Sampling
o Amount of Samples
o Containers for Samples
o Field Tests, Yes or No?
Radioactive
, Explosivity
. Other
o Sample Security
o Packaging (DOT/EPA)
o Shipment (DOT/EPA
6. FREQUENCY OF TRAINING
o New or inexperienced employees should complete 24 hours of initial
training before beginning their duties, and at least 8 hours of
refresher training annually.
o Experienced employees should complete 8 hours of initial refresher
training and at least 8 hours of refresher training annually.
7. RECORD OF TRAINING
o A record of training should be maintained in the employee's official
personnel file.
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APPENDIX D
INCOMPATIBLE WASTE
(Federal Register, Vol. 43, No. 243, Dec. 18, 1978)
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, DECEMBER 18,19781
PART IV
Hazardous Waste
Proposed Guidelines and
Regulations and Proposal on
Identification and Listing
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59018 D~2 PROPOSED RULES
F65AA-01 Ml action, (3) release of toxic fumes and gases
iojw-vi-mj M a resujt of mixmgi (4) release of toxic
APPENDIX I substances in case of fire or explosion, (5)
fire or explosion, and (6) generation of flam-
INCOMPAT:BLE WASTE mable or toxjc gases
Many wastes, when mixed with others at a Below Is a summary list of potentially in-
hazardous waste facility, can potentially compatible waste materials or components
produce adverse human health and environ- and the adverse consequences resulting
mental effects through means such as the from mixing of waste in one group with
following: (1) heat generation, (2) violent re- waste in another group.
The mixing of a Group A waste with a Group B waste may have the potential conse-
quence as noted.
Group l-A Group 1-B
Acetylene sludge Acid sludge
Alkaline caustic liquids Acid and water
Alkaline cleaner Battery acid '
Alkaline corrosive liquids Chemical cleaners
Alkaline corrosive battery fluid Electrolyte, acid
Caustic wastewater Etching acid liquid or solvent
Lime sludge and other corrosive alkalies Liquid cleaning compounds
Lime was'ewater Pickling liquor and other corrosive acids
Lime and water Spent acid
Spent caustic Spent mixed acid
Spent sulfunc acid
Potential consequences: Heat generation, violent reaction.
Group 2-A Group 2-B
Asbestos .vaste. and other toxic wastes " Cleaning solvents
Beryllium wastes Data processing liquid
Unrinsed pesticide containers Obsolete explosives
Waste pei ticides Petroleum waste
Refinery waste
Retrograde explosives
Solvents
Waste oil and other flammable and explosive
wastes
Potential consequences: Release of toxic substances in case of fire or explosion.
• ••••«•
Group 3-A Group 3-B
Aluminum Any \iaste in Group l-A or 1-B
Beryllium
Calcium
Lithium
Magnesium
Potassium
Sodium
Zinc powder and other reactive metals and metal
hydrides
Potential consequences: Fire or explosion; generation of flammable hydrogen gas.
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FEDERAL REGISTER, VOL 43. NO. 243—MONDAY, DECEMBER 18, 197« |
I
GroMP 4-A Group 4-B
Alcohols Any concentrated waste in Groups l-A or l-B
Water Calcium
Lithium
Metal hydrides
Potassium
Sodium
SO.CU. SOC1,. PCI,. CHJSiCl,. and other
water-reactive wastes
Potential consequences: Fire, explosion, or heat generation; generation of flammable or
toxic gasos.
• ••»•••
_ Group 5-A Group 5-B
Alcohols Concentrated Group l-A or 1-B wastes
Aldehydes Group 3-A wastes
Halogenated hydrocarbons
Nitrated hydrocarbons and other reactive organic
compoi]r.*i5 and solvents
Unsaturatea hydrocarbons
Potential consequences: Fire, explosion or violent reaction.
• •••••*
Group IS A Group fi-B
Spent cyanide and suifide solutions Group 1-B wastes
Potential consequences: Generation ot toxic hydrogen cyanide or hydrogen suifide gas.
Group T-A Group 7-B
Chlorates and other strong oxidizers Acetic acid and other organic acids
Chlorine Concrnt rated mineral acids
Chlorltes Group *-£* wastes
Chromic a< id Group 3-A wastes
Hypochlontes Group 5-A wastes and other flammable and
Nitrates combustible wastes.
Nitric acid, fuming
Perchiorati-3
Permanganates
Peroxides
Potential consequences: Fire, explosion, or violent reaction.
• ••••••
Source: "T^aw. Regulations and Guidelines for Handling of Hazardous Waste". Califor-
nia Department of Health. February 1975.
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APPENDIX E
POISON CONTROL CENTERS
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APPENDIX F
SUBSTANCES POSING POTENTIAL OCCUPATIONAL CARCINOGENIC RISK
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F-i
GUIDELINES FOR THE LABORATORY USE OF CHEMICAL SUBSTANCES
POSING A POTENTIAL OCCUPATIONAL CARCINOGENIC RISK
LABORATORY CHEMICAL CARCINOGEN SAFETY STANDARDS SUBCOMMITTEE
OF THE
DHEW COMMITTEE TO COORDINATE TOXICOLOGY AND RELATED PROGRAMS
June 5, 1979
REVISED DRAFT
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F-2
APPENDIX A
Substances Posing a Potential Occupational
Carcinogenic Risk
Substances Currently Regulated by the Occupational
Safety and Health Administration as Carcinogens
Asbestos Ethylenimine
4-Nitrobiphenyl beta-Propiolactone
alpha-Naphthylamine 2-Acetylaminofluorene
Methyl chloromethyl ether 4-Dimethylaminoazobenzene
3,3' - Dichlorobenzidine (and its salts) N-Nitrosodimethylaraine
bis-Chloromethyl ether Vinyl chloride
beta-Naphthylamine Inorganic arsenic
Benzidine Benzene
4-Aminodiphenyl Coke oven emmissions
Current List of Substances Selected by
the DHEW Committee to Coordinate Toxicology and
Related Programs for Inclusion Under these Guidelines
(This list of substances is not to be considered all
inclusive. Rather, it serves as a list of substances
for which Safety Data Sheets are currently being prepared)
Benzofalpyrene 7,12-Dimethylbenz[Vl anthracene
Benz(ajanthracene Dibenz£a,l3 anthracene
3-Methylcholanthrene N-Nitrosopiperidine
N-Nitrosodiethylamine 1,4-Dinitrosopiperazine
N-Nitrosodi-n-propylamine N-Nitroso-N-ethylurethane
N-Nitrosodi-n-butylamine l-Methyl-3-nitro-l-nitrosoguanidine
N-Nitroso-N-methylurea 1,1-Dimethylhydrazine
N-Nitroso-N-ethylurea 1,2-Dimethylhydrazine
N-Nitroso-N-methylurethane Hydrazine
2-Aminofluorene Methylhydrazine
N-Hydroxy-2-acetylaminofluorene Procarbazine
N-Acetoxy-2-acetylaminofluorene Chlorambucil
Dimethylethylenimine Uracil mustard
3,3'-Dimethoxybenzidine Carbon tetrachloride
3,3'-Dimethylbenzidine Chloroform
4,4'-Methylene bis-(2-chloroaniline) 1,2-Dibromo-3-chloropropane
m-Toluenediamine Ethylene Dibromide
Polychlorinated biphenyls Propylenimine
Diepoxybutane 4-Nitroquinoline-l-oxide
p-Dioxane
N- f^-(5-Nitro-2-furyl)-2-thiazolyfj -formamide
Bromoethyl methanesulfonate Diazomethane
Ethyl methanesulfonate Cycasin
Methyl methanesulfonate o-Aminoazobenzene
1,3-Propane sultone 3'-Methyl-4-aminoazobenzene
Ethionine Aflatoxins
Urethane
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F-3
APPENDIX F
PRIMARY CONTAINMENT EQUIPMENT
The purpose of primary containment equipment is to protect the laboratory
worker from exposure to vapors or aerosols of hazardous materials that may be
released by procedures performed within the equipment. Primary containment
equipment that is properly designed, located, maintained, and operated can pre-
vent or minimize the escape of hazardous materials from the equipment into the
laboratory. The open face laboratory-type hood and the glove box are the prin-
cipal primary containment equipment upon which laboratory workers depend for
their protection while working with chemical carcinogens.
Open face laboratory-type hood
The laboratory fume hood and the Class I and II biological safety
cabinets are examples of open face laboratory-type hoods. Protection is
provided by the flow of air from the laboratory into the hood through the
open face. This air flow reduces the potential for escape of airborne
contaminants from the hood into the laboratory. This type of equipment does
not provide protection against direct contact with hazardous materials when
procedures are performed with the equipment. Such protection is dependent
on strict adherence to good laboratory practice.
The performance of this type of equipment in protecting the laboratory
worker from exposure to airborne contaminants is dependent on the design of
the face opening, the location of the equipment within the laboratory, how
well it is maintained, the manner in which the equipment is used, as well as
the quantity and velocity of air that passes across the open face. The face
opening should be designed so that air turbulence around the edges of the open
face is avoided and uniform face velocities are maintained. The equipment
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F-4
should be located in an area of the laboratory away from doorways, supply
air diffusers, and spaces of high activity. Generally, the best location
for this equipment is at the end of the room away from the laboratory door.
Equipment users should be trained to avoid abrupt movements of the arms
and body which tend to draw air from the hood into the laboratory. Open
face laboratory-type hoods that are designed, located, maintained and oper-
ated properly can provide excellent worker protection for any activity which
should be performed in such equipment when the velocity of air crossing the
open face is maintained at approximately 100 feet per minute.
Equipment descriptions, recommended specifications and certification
procedures can be found in the following documents:
(1) Laboratory Fume Hood Standards, Recommended for the U.S.
Environmental Protection Agency. Contract No. 68-01-4661.
Jan. 15, 1978.
(2) Laboratory Safety Monograph, A Supplement to the NIH
Guidelines for Recombinant DNA Research. U.S. Department
of Health, Education, and Welfare, Public Health Service,
National Institutes of Health. January, 1979.
(3) National Sanitation Foundation Standard No. 49. National
Sanitation Foundation, Ann Arbor, Michigan, 1976.
Glove Box
The Glove Box or Class III biologic::! safety Cabinet is a totally
enclosed ventilated cabinet of gastight construction. Operations within
this equipment are conducted through attached rubber gloves. When in use,
the equipment is maintained under negative air pressure of at least 0.5 inches
water gage. Supply air is drawn into the equipment through HEPA filters and
the exhaust air is treated to prevent the discharge of contaminants into the
/"5V
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F-5
environment. This equipment provides the highest level of personnel and
environmental protection.
The Glove Box is generally recommended for the isolation of procedures
involving stock quantities of chemical carcinogens. Worker protection can be
compromised by puncture of the gloves or accidents creating positive pressure.
Flammable solvents should not be used in this equipment unless a careful evalu-
ation has been made to determine that concentrations do not reach dangerous
levels. When required and determined safe, these materials should only be
introduced in the equipment in closed, nonbreakable containers. These materials
should not be stored in the equipment. Flammable gas should not be piped to
this equipment.
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U.S. Environmental Protection Agency
R^ion 5, Library (5PL-16)
'-' • £ Dearborn Street, Room 1G7';
-: >;o, IL 60604
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