Velvet fabric capable of preventing electromagnetic waves effectively

Abstract

The invention relates to a velvet fabric capable of preventing electromagnetic waves effectively. The velvet fabric comprises velvet cloth (1). A sponge layer (2) is arranged under the velvet cloth (1), an anti-static layer (3) is arranged under the sponge layer (2) and is composed of core spun silk fibers. The fibers comprise yarns (3.1) and metal wires (3.2). The metal wires (3.2) are wound on the yarns (3.1), and a base layer (4) is arranged under the anti-static layer (3) and is made of a textile. The textile is formed by interweaving of warps and wefts. The warps are composed of nano metal shielding fiber yarns, and the wefts are composed of tencel fiber yarns. The velvet fabric is elegant in light, gorgeous and luxurious, firm and anti-abrasion, not prone to deformation, elastic, moisture absorptive and breathable, good in radiation resistance and capable of preventing hurt to human bodies from electromagnetic waves effectively.

Description

technical field [0001] The invention relates to a velvet fabric which can effectively prevent electromagnetic waves. Background technique [0002] Velvet is the name of a silk fabric in which loops or piles are formed on the surface of the fabric by the velvet. There are two types of velvet: flower and plain. The surface of plain velvet is all pile loops, while flower velvet cuts part of the pile loops into fluff according to the pattern, so that it forms a pattern with the uncut pile loops. It can be used as warp with mulberry silk and cotton yarn. On the ground weaving weaving, mulberry silk or rayon is used for pile loops. The fluff or loops of velvet are densely erected, elegant in color and luster, rich and luxurious, durable and durable, and can be used to make clothing, hats, sofa covers, curtains, decorations, etc. However, velvet cloth has uneven tension in the warp and weft directions and greater elasticity in the weft direction. In the process of using it as a f...

AI Technical Summary

Problems solved by technology

However, velvet cloth has uneven tension in the warp and weft directions and greater elasticity in the weft direction. In the process of using it as a fabric to manufacture products, it is easy to cause processing difficulties or material waste due to deformation caused by stretching. There are shortcomings such as not full and easy to be stretched

[0003] In addition, ordinary anti-radiation fabrics are mainly added with anti-radiation additives. After several times of washing, the anti-radiation performance will gradually weaken.

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