Flame-retarding ceramic-particle-exposed textile fabric

Abstract

The invention relates to a flame-retarding ceramic-particle-exposed textile fabric which includes an upper cotton cloth layer (1) and a lower cotton cloth layer (2). A base layer is laminated under the lower cotton cloth layer. An antistatic layer (3) is disposed between the upper cotton cloth layer and the lower cotton cloth layer and is made from core spun silk fibers. The core spun silk fiber includes a yarn (3.1) and a metal wire (3.2), wherein the metal wire twines the yarn. A flame-retarding coating layer (4) covers the surface of the upper cotton cloth layer and includes a flame-retarding polyurethane layer (4.1) in the bottom and an organic silicon oil layer (4.2) on the top. The base layer is made of a fabric which is composed of a base layer, a middle layer and a surface layer, wherein the base layer is integrated with the surface layer through the middle layer. Among the base layer and the surface layer, at least the surface layer is mesh cloth. The textile fabric is low in cost and is flexible and bendable. The textile fabric has excellent health-caring effects and has a cool feel since some of the ceramic particles are exposed.

Description

technical field [0001] The invention relates to a fabric fabric with exposed flame-retardant ceramic particles. Background technique [0002] As one of the most familiar textiles in people’s lives, flame-retardant ceramic particle-exposed fabrics are widely used in modern life. The flame-retardant ceramic particle-exposed fabrics in the prior art are mostly woven with flame-retardant yarns, but flame-retardant yarns are used The production cost of the flame-retardant ceramic particle-exposed fabric fabric made of thread weaving is relatively high, and the process is relatively complicated; meanwhile, the flame-retardant ceramic particle-exposed fabric fabric in the prior art adopts a cheap cotton-type fabric with good comfort, but The wrinkle resistance and crispness of this kind of cotton-type fabric products are relatively poor. At the same time, pure cotton cloth also has the defects of being easy to shrink, wrinkle, and not crisp, and the rigidity and flexibility of the...

AI Technical Summary

Problems solved by technology

[0002] As one of the most familiar textiles in people’s lives, flame-retardant ceramic particle-exposed fabrics are widely used in modern life. The flame-retardant ceramic particle-exposed fabrics in the prior art are mostly woven with flame-retardant yarns, but flame-retardant yarns are used The production cost of the flame-retardant ceramic particle-exposed fabric fabric made of thread weaving is relatively high, and the process is relatively complicated; meanwhile, the flame-retardant ceramic particle-exposed fabric fabric in the prior art adopts a cheap cotton-type fabric with good comfort, but The wrinkle resistance and crispness of this kind of cotton fabric products are poor

At the same time, pure cotton cloth also has the defects of being easy to shrink, wrinkle, and not crisp, and the rigidity and flexibility of the fabric are poor. Function

[0003] In addition, there are ceramic particles in the traditional fabrics used to make clothes, which are covered by the composite fabric above and cannot be exposed. The health care effect is poor and it is not cool.

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