Waterproof and radiation-proof fabric

Abstract

The invention reveals a waterproof and radiation-proof fabric, which comprises a matrix and a waterproof layer on the matrix surface. The matrix is formed by mutual braiding of warps and wefts. Specifically, the warps are formed by blended braiding of nano-far-infrared ceramic fibers and mercerized cotton fibers, and the wefts are formed by blended braiding of bamboo fibers and babai yarns, and the waterproof layer is composed of a microporous polyurethane membrane. The radiation-proof fabric layer formed by blended braiding of radiation-proof fibers and breathable, light and thin fabric fibers not only has a radiation-proof function, but also is comfortable to wear simultaneously, and can remove the moisture sent from bodies and maintain human bodies dry and comfortable. The surface waterproof layer can endow the garment fabric with a waterproof effect, so that the fabric does not become humid even if it is splashed with water. Thus, the fabric provided in the invention provides convenience for people to travel outside.

Description

technical field [0001] The invention relates to a clothing fabric, in particular to a waterproof and radiation-proof fabric. Background technique [0002] With the continuous development of science and technology, textile waterproof and radiation-proof fabrics that meet people's different needs emerge in an endless stream, especially various waterproof and radiation-proof fabrics with special functions are developing rapidly to meet the needs of consumers and play an important role in people's daily life. increasingly important role. [0003] The high polymers used for waterproof and breathable fabrics initially include polyvinyl chloride, polyethylene, polychloroprene rubber and various other synthetic rubbers. Although they have good waterproof performance, they have poor air permeability. The later developed polytetrachlorethylene laminated film and thermoplastic polyurethane coating have improved air permeability, but because sweat cannot be discharged to the outside wo...

AI Technical Summary

Problems solved by technology

[0003] The high polymers used for waterproof and breathable fabrics initially include polyvinyl chloride, polyethylene, polychloroprene rubber and various other synthetic rubbers. Although they have good waterproof performance, they have poor air permeability.

The later development of polytetrachlorethylene laminated film and thermoplastic polyurethane coating has improved air permeability, but because sweat cannot be discharged to the outside world, sweat will accumulate, causing discomfort such as stickiness and stuffiness in the human body.

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