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ASTM Selected Technical Papers
Flammability and Sensitivity of Materials in Oxygen-Enriched Atmospheres: Fifth Volume
By
J Stoltzfus
J Stoltzfus
1
NASA Johnson Space Center White Sands Test Facility
?
Las Cruces, New Mexico 88004
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K McIlroy
K McIlroy
2
Union Carbide Industrial Gases, Inc.
Linde Division
Tonawanda, New York 14151
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ISBN-10:
0-8031-1461-3
ISBN:
978-0-8031-1461-6
No. of Pages:
588
Publisher:
ASTM International
Publication date:
1991

There are a plethora of test methods for assessing the flammability of flame resistant fabric materials. However, there is no suitable test method to assess the relative levels of protection provided by flame resistant clothing materials to personnel who may be subjected to the effects of an ignition in an oxygen system or equipment. BOC Limited has developed a flame penetration test which simulates the severe conditions that exist during an ignition event in oxygen. The test has been used to rank candidate materials in order of their resistance to flame and metal impingement.

The test is comparatively simple. The test apparatus consists of a horizontally mounted oxygen-acetylene welding torch. The torch is mounted in front of the textile specimen which is vertically mounted in a metal frame. Between the specimen and torch is a sheet of mild steel which is used to provide molten metal splashes. Several flame retardant materials were evaluated by the test including FirotexR, NomexR, PanotexR, FlamretR, KermelR, and ProbanR. ProbanR had the highest ranking in the test. Other parameters evaluated were the effect of washing the material and ageing of the material to assess their effects on test results. Further development of the test method will be undertaken in particular on repeatability and reproducibility of results.

1.
Makower
A D.
Fire Tests
”, Products and Materials, Part 2, Section 3,
British Standards Institution
,
Milton Keynes, England
,
1989
, ISBN 0 580 16561 2.
2.
Workwear for Fire and Heat Protection
”, British Textile Technology Group Publication S52, Manchester,
1988
.
3.
Clothing for Protection against Heat and Flame: Method of determining Heat Transmission on Exposure to Flame
”. International Standards Organisation draft proposal 9151, revised
1989
, ISBN 0-903669-49-8.
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