Sports protective fabric based on hemp interval texture structure and production process thereof

Abstract

The invention relates to the technical field of textile fabric, in particular to sports protective fabric based on a hemp interval texture structure and a production process thereof. The sports protective fabric based on the hemp interval texture structure comprises substrate fabric. The substrate fabric comprises an upper synthetic fiber layer, a middle fiber layer and a lower fiber layer, the middle fiber layer is composed of two paths of synthetic antibacterial fibers, the lower fiber layer is composed of one path of pure hemp yarn and the other path of a fiber layer, one path of syntheticantibacterial fibers is connected with the upper fiber layer, the other path of synthetic antibacterial fibers is connected with the lower fiber layer, and the upper synthetic fiber layer is coated with a functional glued layer. The production process includes the following steps of (1) graded curing, (2) rough yarn spinning, (3) rough yarn scouring and bleaching, (4) rough yarn dying, (5) low-temperature soaping, fixation and one time bath, (6) fine yarn spinning, (7) low-temperature deoiling of the fabric, (8) coating of the functional glued layer and (9) drying. The sports protective fabricbased on the hemp interval texture structure and the production process thereof combine the characteristics of antisepsis, moisture absorption and ultraviolet resistance of hemp and the fabric interval structure, so that the fabric has good breathability, has soft hand feeling, and doe not deform.

Description

technical field [0001] The invention relates to the technical field of textile fabrics, in particular to a sports protection fabric based on a hemp spacer structure and a production process thereof. Background technique [0002] With the improvement of people's living standards, the requirements for wearability of sports protective fabrics are getting higher and higher, that is, waterproof, UV protection, moisture absorption and perspiration, good wear resistance, and shock absorption. With the rapid economic development, the development of the chemical fiber industry and the popularization of mechatronics, the knitting industry has developed rapidly. Its products began to expand in many fields such as clothing fabrics, decorative fabrics, and industrial fabrics. At present, knitted fabrics have already broken through the application range of underwear, and continue to extend to deeper and wider fields, and can complete some functions and structures that other knitting mach...

AI Technical Summary

Problems solved by technology

However, the base fabric of the above-mentioned patent uses one of natural fibers, synthetic fibers or blended fibers. First of all, there is no advantage in material selection. Compared with hemp fibers, natural fibers and synthetic fibers have better mold resistance, antibacterial properties, hygroscopicity and UV resistance. poor performance

Second, the structure adopts a flat structure fabric, which has poor air permeability and ventilation performance, and sweat cannot be discharged smoothly, resulting in a decrease in comfort

Third, the protective coating is coated on the base fabric by dipping, that is to say, it coats both sides of the base fabric with a protective coating, which not only leads to poor air permeability, but also makes the fabric feel hard and comfortable to wear. reduce

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