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IMPROVEMENT OF THERMAL STABILITY OF TEXTILE FIBERS
POLYTECHNIC INST OF BROOKLYN N Y INST OF POLYMER RESEARCH
Crosslinking with chloromethyl phosphonic dichloride gives excellent meltproofing and at the same time should contribute to the flame resist-ANCE IN VIEW OF ITS PHOSPHOROUS COMPONENT. It appears now to be a matter of elaborating suitable reaction conditions for the additional monofunctional P compound addition, in order to obtain a good product. The grafting on acrylonitrile-vinylacetate copolymers, which upon hydrolysis, accept such flame retarders as TiOCl3, SbCl3, and urea-P mixtures. Author