High-temperature resistant comfortable fabric

Abstract

The invention discloses a high-temperature resistant comfortable fabric. The high-temperature resistant comfortable fabric comprises a surface high-temperature resistant fabric layer, and an inner hygroscopic breathable fabric layer; the surface high-temperature resistant fabric layer is prepared via blended weaving of 65 to 72wt% of polythiadiazole fiber and 28 to 35wt% of polybenzimidazole fiber; the inner hygroscopic breathable fabric layer is prepared via blended weaving of 53 to 59wt% of polypropylene fiber and 41 to 47wt% of plumetis fiber. A double layer structure design is adopted; the surface high-temperature resistant fabric layer possesses fire resistance and high-temperature resistance, and is capable of protecting human bodies from hurt; and the inner hygroscopic breathable fabric layer is hygroscopic and breathable, is soft and comfortable, possesses elasticity, and is comfortable for wearing.

Description

technical field [0001] The invention relates to fabrics, in particular to a high-temperature-resistant comfortable fabric. Background technique [0002] With the continuous development of science and technology, textile fabrics that meet people's different needs emerge in an endless stream to meet the needs of consumers and play an increasingly important role in people's daily life. [0003] Most of the existing fabrics adopt a single-layer structure design, which forms a kind of yarn by blending and weaving multiple fibers, and then weaves to form a fabric. Such fabrics are usually blended with a variety of functional fibers, resulting in the inability to effectively reflect the various functions of the formed fabric. For example, the fabric of flame-retardant protective clothing usually only has a certain flame-retardant effect, and the protective effect is general. It cannot effectively resist the surrounding high temperature in the flame. The side of the fabric close to...

AI Technical Summary

Problems solved by technology

Such fabrics are usually blended with a variety of functional fibers, resulting in the inability to effectively reflect the various functions of the formed fabric

For example, the fabric of flame-retardant protective clothing usually only has a certain flame-retardant effect, and the protective effect is general. It cannot effectively resist the surrounding high temperature in the flame. The side of the fabric close to the human body has a higher temperature, which will cause harm to the human body. This kind of flame retardant protective clothing is stuffy and uncomfortable when worn

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