Abstract: A textile coated with a clear fused resin characterized in that when the textile is stressed the resin fractures and the textile exhibits a worn look.

Abstract: A method for manufacturing a coated textile which exhibits a worn look when stressed. The method includes depositing a water-base resinous coating on the textile wherein the amount of coating placed on the textile is controlled such that the threads are coated but a thin film is not formed thereon. After depositing the coating on the material, the coating is passed through a first heat exchange zone to remove the water and dry the coating. Then the dried coated textile is passed through a second heat exchange zone wherein the temperature is sufficient to fuse the coating to the threads to obtain a clear coating such that when the textile is stressed the coating fractures importing a worn appearance to the stressed area of the textile.

Abstract: Method of coating woven fabric with a first latex compound having a viscosity of 18,000 to 20,000 cps, and containing a fire resistant additive. Then coating with a second latex compound to produce a hose ducting fabric which is fire resistant. The second latex compound preferably contains a fire resistant additive also, and may be of a viscosity between 20,000-30,000 cps.

Abstract: An insole rib wherein the fabric encapsulating the rib is formed of a twill weave such that the rib will lie flat when adhered to the contour of an insole without puckering or crimping.

Abstract: Footwear insulation material comprising a urethane membrane bonded to a foam layer by an adhesive system. Needle punched fibers are secured to the membrane and extend through and beyond the foam layer. Insulation material has a thermal insulation factor R of between about R18.0 to R19.0.