Antiflaming fabric with good dimensional stability

Abstract

The invention relates to an antiflaming fabric with good dimensional stability; the fabric comprises an upper cotton cloth layer (1) and a lower cotton cloth layer (2); a base layer (5) is composited under the lower cotton cloth layer; an anti-static layer (3) is arranged between the upper and lower cotton cloth layers, and formed by core spun silk fibers comprising yarns (3.1) and metal filaments (3.2), wherein the metal filament wind on the yarn; the surface of the upper cotton cloth layer is coated with an antiflaming coating (4) comprising a bottom antiflaming polyurethane layer (4.1) and a top organic silicon oil layer (4.2). The base layer is formed by a cloth, and the cloth is obtained by mutually interlacing warp yarns with filling yarns, wherein the warp yarns and filling yarns are arranged in a two-up two-down mode; the warp yarn is 50D / 72F terylene low stretch yarn; the filling yarn is 50D / 36F terylene low stretch yarn, and the warp yarn and the filling yarn are in a twill weave structure. The antiflaming fabric with good dimensional stability is low in cost, variable in bending, and good in dimensional stability.

Description

technical field [0001] The invention relates to a flame-retardant fabric with good dimensional stability. Background technique [0002] Flame-retardant fabrics with good dimensional stability are widely used in modern life as one of the most familiar textiles in people’s lives. The flame-retardant fabrics with good dimensional stability in the prior art are mostly woven with flame-retardant yarns, but Flame-retardant fabrics with better dimensional stability woven from burning yarns have higher production costs and more complicated processes; meanwhile, the flame-retardant fabrics with better dimensional stability in the prior art are made of cheap, comfortable cotton. Type fabric, but the wrinkle resistance and crispness of this cotton type fabric product are poor. At the same time, pure cotton cloth also has the defects of being easy to shrink, wrinkle, and not crisp, and the rigidity and flexibility of the fabric are poor. Function. [0003] In addition, the traditiona...

AI Technical Summary

Problems solved by technology

[0002] Flame-retardant fabrics with good dimensional stability are widely used in modern life as one of the most familiar textiles in people’s lives. The flame-retardant fabrics with good dimensional stability in the prior art are mostly woven with flame-retardant yarns, but Flame-retardant fabrics with better dimensional stability woven from burning yarns have higher production costs and more complicated processes; meanwhile, the flame-retardant fabrics with better dimensional stability in the prior art are made of cheap, comfortable cotton. Type fabric, but the wrinkle resistance and crispness of this cotton type fabric product are poor

At the same time, pure cotton cloth also has the defects of being easy to shrink, wrinkle, and not crisp, and the rigidity and flexibility of the fabric are poor. Function

[0003] In addition, the fabrics used in traditional clothing use a plain weave structure with one up and one down, which has disadvantages such as poor elasticity, not plump and fluffy texture, and poor dimensional stability.

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