Abstract: The present disclosure relates to a chemical finish for textiles and, more specifically, to a finish that imparts durable static-dissipating properties to a target substrate. The anti-static finish comprises a polyamine resin and an isocyanate cross-linking compound that create a wash-durable finish suitable for apparel and other textile applications when combined (e.g., during heat-setting). This finish is especially well suited for fabrics made either partially or entirely of synthetic fibers.

Abstract: Fabrics having improved aesthetic characteristics in addition to good FR characteristics and strength are described, as well as a method for making the fabrics. The fabrics are made by subjecting a fabric containing inherently flame resistant fibers to a fluid treatment process such that a fabric with good comfort and aesthetic characteristics is formed. In one form of the invention, the fabric comprises plied yarns, and the fluid treatment process serves to separate the plies from each other. The fabrics have a soft hand, good protective characteristics, good strength and durability, as well as good wicking and soil release characteristics.

Abstract: A layered textile composite product is disclosed which may include a nonwoven needled layer. The nonwoven needled layer is comprised of mechanically interlocked staple fibers which are needled together on a needle punch machine and then bonded with an adhesive layer to a polymeric or polyolefin film layer. The overall layered textile product may be used in several different applications, including for example in automobiles for seating, load floor, trunk linings, floor carpeting, door panel trim, and other interior trim applications.