Abstract:
A POLYESTER COMPOSITION CONSISTING OF A POLYETHERPOLYESTER BLOCK COPOLYMER CONSISTING OF A POLYETHER SEGMENT AND A POLYESTER SEGMENT, THE AVERAGE DEGREE OF POLYMERIZATION OF SAID POLYETHER SEGMENT BEING 100-1,000 AND THE POLYESTER SEGMENT BEING A SYNTHETIC LINEAR POLYESTER. THE COMPOSITION FORMS FIBERS, BRISTLES, FILMS AND OTHER THREE-DIMENSIONAL SHAPED ARTICLES, AND HAS IMPROVED ANTISTATIC PROPERTIES.
Abstract:
ARTIFICIAL FUR AND METHOD OF MANUFACTURING THE SAME The present invention provides an artificial fur of a rising hair structure formed by implanting pile fibers through a base fabric, characterized in that the pile fibers are inclined generally longitudinally, as viewed from above the surface, the pile fibers in the widthwise central section of the rising hair structure extend in parallel to the longitudinal direction, the pile fibers in the opposite peripheral sections extend diagonally widthwise with respect to the longitudinal direction and the pile fibers in the outermost sections of the rising hair structure extend diagonally at angles in the range from 10 to 80 degrees with respect to the longitudinal direction of the rising hair structure. The present invention enables stable and economic mass production of such an artificial fur by means of a liquid-flow treatment machine.
Abstract:
A fabric containing a cellulosic fiber and a polyester fiber having a carbonization burning mechanism, superior in flame-proofness and having a softtouch. The fabric contains a halogen- and/or phosphorus-based flame-proofing agent, and preferably also contains an amino resin.
Abstract:
of the disclosure The production of pile fabric, comprising the use of a compound of two or more azilidine groups or two or more blocked isocyanate groups in one molecule, with a polyurethane solution as a binding agent is disclosed. The binding strength of the binding agent is not affected by high-temperature, highpressure jet-dyeing or the solvent used in dry-cleaning. There is no loss of quality as a result of pile fall-out during such processes.
Abstract:
A waterproof fabric having a high moisture permeability includes and ultra-microporous continuous polymer coating having an average pore diameter in the range of between 50A and 0.2 µ, said polymer having a monomer unit containing at least one acid radical selected from carboxyl group, sulfonic acid group, and alkali metal salts thereof.
Abstract:
A fabric containing a cellulosic fiber and a polyester fiber having a carbonization burning mechanism, superior in flame-proofness and having a softtouch. The fabric contains a halogen- and/or phosphorus-based flame-proofing agent, and preferably also contains an amino resin.