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Flammability of noise abatement materials used in cabs of mobile mining equipment.

Authors
Litton-CD; Mura-KE; Thomas-RA; Verakis-HC
Source
Proceedings of Fire & Materials 2003. London: Interscience Communications, 2003 Jan; :297-306
NIOSHTIC No.
20024172
Abstract
Experiments were undertaken to evaluate the flammability of typical noise abatement materials used to line the cab interior of mobile mining equipment. The experiments were conducted using three different experimental configurations: (1) a ventilated tunnel test, (2) a full-size cab test where the interior surfaces were lined with the sample materials and then ignited near the floor using a methane-air burner, (3) standard ASTM E-162 tests using a radiant panel test apparatus. This paper describes the tests and presents the results obtained for 15 to 20 different materials of various chemical compositions and thicknesses. With one exception, materials that did not exhibit flame spread in the tunnel test also performed well in the full-scale cab test. All materials that had passed only a small-scale flammability test, such as SAE J369, failed dramatically in all three of the above test configurations. With one exception, all materials that performed well in the full-scale cab test had flame spread indices <25 based on the ASTM E-162 results. The lone exception had an ASTM E-162 flame spread index of 68. With regard to samples that failed the full-scale cab test, the carbon monoxide levels within the cab reached lethal concentrations in the range of 1.8% to 3.8% within 2 min from ignition of the sample. This dramatically illustrates the severe fire environment that can result within the cab space.
Keywords
Mining-equipment; Ignitability; Fire-safety; Safety-research; Injuries; Toxic-gases; Gases; Combustible-materials; Combustibility
Contact
NIOSH Pittsburgh Research Laboratory, P.O. Box 18070, Pittsburgh, PA 15236
CAS No.
630-08-0
Publication Date
20030127
Document Type
Conference/Symposia Proceedings
Fiscal Year
2003
NTIS Accession No.
NTIS Price
NIOSH Division
PRL
Source Name
Proceedings of Fire and Materials 2003
State
PA
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