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STP900
Performance of Protective Clothing

Barker RL, Coletta GC
Pages: 630
Published: 1986

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Offers solutions to the problems of selecting protective clothing to guard workers against chemical and thermal occupational hazards. Contains sections on chemical protection, thermal protection and risk assessment.



Table of Contents

Introduction
Barker R., Coletta G.

Summary
Barker R., Coletta G.

Comparison of Two Methods Used to Measure Permeation of Glove Materials by a Complex Organic Mixture
Davis S., Feigley C., Dwiggins G.

Use of Infrared Spectroscopy in Permeation Tests
Perkins J., Ridge M.

A Proposed Basis for Characterizing and Comparing the Permeation Resistance of Chemical Protective Clothing Materials
Spence M.

Test Method for Evaluating Adsorptive Fabrics
Baars D., Eagles D., Emond J.

How Protective Is Protective Clothing?
Henry N.

Testing of Candidate Glove Materials Against Metal Cutting Fluids
Forsberg K., Olsson K., Carlmark B.

Experiences from Developing a Data Base on the Protective Effects Against Chemicals of Gloves Made from Rubber and Plastic Materials
Mellström G.

Influence of Film Thickness on the Permeation Resistance Properties of Unsupported Glove Films
Schlatter C., Miller D.

Protective Clothing Permeation Testing: Calculations and Presentation of Data
Winter J.

Protective Clothing and the Agricultural Worker
Nielsen A., Moraski R.

California Pesticide Applicators' Attitudes and Practices Regarding the Use and Care of Protective Clothing
Rucker M., McGee K., Chordas T.

Effectiveness of Selected Work Fabrics as Barriers to Pesticide Penetration
Branson D., Ayers G., Henry M.

Efficiency of Protective Clothing for Pesticide Spraying
Lloyd G.

Fabric Parameters and Pesticide Characteristics That Impact on Dermal Exposure of Applicators
Laughlin J., Easley C., Gold R., Hill R.

Effects of Barrier Finishes on Aerosol Spray Penetration and Comfort of Woven and Disposable Nonwoven Fabrics for Protective Clothing
Hobbs N., Oakland B., Hurwitz M.

Effect of Laundering Procedures and Functional Finishes on Removal of Insecticides Selected from Three Chemical Classes
Keaschall J., Laughlin J., Gold R.

Effect of Functional Finish Barriers on Pesticide Penetration
Leonas K., DeJonge J.

Distribution of Malathion and Methyl Parathion on Cotton/Polyester Unfinished and Durable-Press Fabrics Before and After Laundering as Determined by Electron Microscopy
Obendorf S., Solbrig C.

Risk Assessment of Chemical Exposure Hazards in the Use of Chemical Protective Clothing—An Overview
Mansdorf S.

Bioassay for Testing Protective Glove Performance Against Skin Absorption of Organic Solvents
Boman A., Wahlberg J., Wahlberg J.

Permeation of Chemicals Through the Skin
Schwope A.

Managing the Selection and Use of Chemical Protective Clothing
Coletta G., Spence M.

Selection of Chemical Protective Clothing Using Permeation and Toxicity Data
Forsberg K.

Chemical Protective Clothing Field Evaluation Methods
Berardinelli S., Roder M.

Evaluation of Chemical Protective Garment Seams and Closures for Resistance to Liquid Penetration
Berardinelli S., Cottingham L.

Testing Fully Encapsulated Chemical Suits in a Simulated Work Environment
Garland C., Goldstein L., Cary C.

Survey of Use and Maintenance Procedures for Chemical Protective Total Encapsulation Garments
Moore J.

Polychlorinated Biphenyl Decontamination of Fire Fighter Turnout Gear
Ashley K.

A Critical Appraisal of Test Methods for Thermal Protective Clothing Fabrics
Hoschke B., Holcombe B., Plante A.

Do Test Methods Yield Meaningful Performance Specifications?
Holcombe B., Hoschke B.

Protection Offered by Lightweight Clothing Materials to the Heat of a Fire
Schoppee M., Welsford J., Abbott N.

Predicting the Thermal Protective Performance of Heat-Protective Fabrics from Basic Properties
Shalev I., Barker R.

New Test Method for Determination of Emissivity and Reflection Properties of Protective Materials Exposed to Radiant Heat
Schleimann-Jensen A., Forsberg K.

Protective Performance of Polybenzimidazole-Blend Fabrics
Bouchillon R.

The Contribution of Wool to Improving the Safety of Workers Against Flames and Molten Metal Hazards
Benisek L., Edmondson G., Mehta P., Phillips W.

Thermal Insulative Performance of Single-Layer and Multiple-Layer Fabric Assemblies
Baitinger W., Konopasek L.

Advances in Flame-Retardant Safety Apparel
Mischutin V., Brown D.

Performance of Protective Clothing: Development and Testing of Asbestos Substitutes
Dixit B.

Some Characteristics of Fabrics for Heat Protective Garments
Krasny J.

A Method for Testing Fabrics with Molten Metals
Jaynes P.

Functional Integration of Fire Fighters' Protective Clothing
Veghte J.

U.S. Navy Protective Clothing Program
Audet N., Spindola K.

Efficacy of Heat Exchange by Use of a Wettable Cover over Chemical Protective Garments
Gonzalez R., Breckenridge J., Levell C., Kolka M., Pandolf K.

A Dynamically Insulated Heat-Protective Clothing Assembly
Davies J.

Anthropometric Fit Testing and Evaluation
McConville J.

Anthropometric Methods for Improving Protection
Robinette K.

Anthropometric Sizing and Fit Testing of a Single Battledress Uniform for U.S. Army Men and Women
Gordon C.

Incendiary Behavior of Electrostatic Spark Discharges from Human Beings
Wilson N.

Author Index


Subject Index


Committee: F23
Paper ID: STP900-EB
DOI: 10.1520/STP900-EB
ISBN-EB: 978-0-8031-4967-0

ASTM International is a member of CrossRef.
0-8031-0461-8
978-0-8031-0461-7
STP900-EB

STP 900