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Flammability Assessment of Multi-Layered Fabrics
Uwe Reischl
,
Konrad Meister
, Nikki Falcon
, Tatum Lowenberg
, Estabon Bozeman
School of Public and Population Health
Chemistry Department
Boise State University
Research output
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Contribution to journal
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Article
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peer-review
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Keyphrases
Clothing
100%
Nylon
100%
Flammability
100%
Polyester
100%
Silk
100%
Multilayered Fabric
100%
Multiple Layers
50%
Laboratory Environment
50%
Protective Factors
50%
Injury Risk
50%
Wool
50%
Manufacturing Process
50%
Cotton
50%
Chemical Treatment
50%
Flame Temperature
50%
Fabric Layers
50%
Fabric Material
50%
Combustion Time
50%
Burn Injury
50%
Fiber Materials
50%
Cotton Wool
50%
Burning Time
50%
Maximum Flame Temperature
50%
Flaming Combustion
50%
Flame Burns
50%
Fire Injury
50%
Flammability Test
50%
Flame Exposure
50%
Engineering
Combustibility
100%
Fabric Sample
66%
Flame Temperature
66%
Temperature Time
33%
Fabric Layer
33%
Manufacturing Process
33%
Chemical Treatment
33%
Fabric Material
33%
Flame Combustion
33%
Burn Injury
33%
Burn Time
33%
Flame Exposure
33%
Material Science
Flammability
100%
Textile Fiber
100%
Fabric
100%
Polyester
33%