Nano-metal antibacterial fiber fabric and production method thereof

Abstract

The invention relates to the field of fabric and production method thereof, in particular to nano-metal antibacterial fiber fabric and a production method thereof. The nano-metal antibacterial fiber fabric is characterized by sequentially comprising a surface layer and a lining layer from top to bottom, wherein the surface layer and the lining layer are connected through a binding structure of binding wefts, surface warps and surface wefts of the surface layer are pure spinning yarns of photocatalytic antibacterial fibers, lining warps and lining wefts of the lining layer are pure spinning yarns of ion-dissolving antibacterial fibers, the photocatalytic antibacterial fibers comprise photocatalytic components and polar smell locking components, and the ion-dissolving antibacterial fibers comprise ion-dissolving components and non-polar smell locking components. The nano-metal antibacterial fiber fabric has good and long-lasting antibacterial effect and a smell locking function; bacteriaare inhibited through the surface layer, the lining layer and a coating, the growth of most of microorganisms can be suppressed, and most of smells can be adsorbed; the nano-metal antibacterial fiberfabric is suitable for high-end fields of outdoor hunting and outdoor interaction, and the double-layer fabric has good heat insulation performance and high breathability.

Description

technical field [0001] The invention relates to the field of fabrics and manufacturing methods thereof, in particular to a nanometer metal antibacterial fiber fabric and a preparation method thereof. Background technique [0002] Textiles that are in close contact with the human body will inevitably be contaminated with microorganisms during use. Ordinary textiles have no antibacterial and sterilizing functions. The textiles themselves become a place for microorganisms to multiply, which in turn will destroy the balance of microorganisms on the surface of the human skin, resulting in a large number of microorganisms on the skin surface. The bacteria on the textiles are formed by skin surface dander and Textile fiber reproduces for nutrition, and at the same time metabolizes various low-level fatty acids, ammonia and other pungent odor volatiles, plus the secretions of microorganisms and human body, which makes textiles produce stench and affects hygiene; for this reason, the...

AI Technical Summary

Problems solved by technology

Ordinary textiles have no antibacterial and sterilizing functions. The textiles themselves become a place for microorganisms to multiply, which in turn will destroy the balance of microorganisms on the surface of the human skin, resulting in a large number of microorganisms on the skin surface. The bacteria on the textiles are formed by skin surface dander and Textile fiber reproduces for nutrition, and at the same time metabolizes various low-level fatty acids, ammonia and other pungent odor volatiles, plus the secretions of microorganisms and human body, which makes textiles produce stench and affects hygiene; for this reason, there are Some antibacterial finishing agents have been developed. By integrating the antibacterial finishing agent with the fabric after finishing or blending and spinning, the fabric has an antibacterial effect. , the antibacterial effect declines rapidly; in addition, the textiles used in outdoor hunting have strict requirements on "odor locking". The existing textiles or antibacterial textiles can only inhibit the growth of microorganisms in the textiles to a certain extent, but cannot prevent the skin surface Flavor spillover from microbial and human secretion production

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