Cold-resistant breathable fabric with anti-ultraviolet function

Abstract

The invention relates to a cold-resistant breathable fabric with an anti-ultraviolet function. The cold-resistant breathable fabric comprises a lower cotton cloth layer (1), a wool layer (2) and an upper cotton cloth layer (3), wherein a base layer (6) is compounded under the lower cotton cloth layer; a breathable layer (4) covers the surface of the upper cotton cloth layer, and is woven by polyester fiber (3.1) and polyamide fiber (3.2) through blending; an anti-ultraviolet layer (5) is arranged on the surface of the breathable layer (4); the base layer is made of fabrics; the fabrics are formed by sequentially and compactly compounding four layers including a fabric layer, a heat insulation layer, a cavity layer and a surface layer from inside to outside; the surface layer is interwoven by yarns containing conducting fiber and yarns containing ordinary fiber; the ordinary fiber is cotton, hemp, wool, silk or chemical fiber; and the heat insulation layer uses sponge. The cold-resistant breathable fabric with the anti-ultraviolet function achieves an anti-ultraviolet effect; and the breathable and sweat-permeable functions and the anti-ultraviolet function are realized. The cold-resistant breathable fabric has the cold-resistant function.

Description

technical field [0001] The invention relates to a cold-resistant and breathable fabric with the function of preventing ultraviolet rays. Background technique [0002] With the development of the economy and the improvement of people's living standards, people's requirements for clothing are getting higher and higher, and the fabrics are becoming more and more particular. In addition to environmental protection, fashion, high quality and low price, it is also breathable, comfortable and multifunctional. Conventional fabrics do not have the function of anti-ultraviolet rays, and ultraviolet rays account for about 6% of sunlight, of which the proportion of UV-A is relatively large, and the proportion of UV-B is relatively small. UV-A will penetrate under the epidermis, causing muscle loss of elasticity, rough skin, and wrinkles, while UV-B can cause skin cancer. At the same time, static electricity and radiation are everywhere, and they will also have adverse effects on the hu...

AI Technical Summary

Problems solved by technology

At the same time, static electricity and radiation are everywhere, and they will also have adverse effects on the human body.

[0003] In addition, the fabrics used in traditional clothing cannot effectively resist the cold outside

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