A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fire resistant coatings for polymeric fibers
In order to lower the cost of fire-retardant school bus upholstery a replacement for Kevlar fiber is sought. Kynol fiber has been identified as a low-cost alternative. Low-cost Kynol fiber requires the application of novel coatings for flame resistance. Several types of coatings were investigated including nanocomposites. In order to further increase the flame resistance of nano-clay composites phosphorous compounds were added. Relevant flame retardardation results will be presented.
Fire resistant coatings for polymeric fibers
In order to lower the cost of fire-retardant school bus upholstery a replacement for Kevlar fiber is sought. Kynol fiber has been identified as a low-cost alternative. Low-cost Kynol fiber requires the application of novel coatings for flame resistance. Several types of coatings were investigated including nanocomposites. In order to further increase the flame resistance of nano-clay composites phosphorous compounds were added. Relevant flame retardardation results will be presented.
Fire resistant coatings for polymeric fibers
Kowbel, W. (author) / Patel, K. (author) / Withers, J.C. (author)
2001
5 Seiten, 6 Quellen
Conference paper
English
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