Anti-microbial wool fabric and manufacturing method thereof

Abstract

The invention discloses an anti-microbial wool fabric. Warp and weft of the fabric are 60s high count coarse yarn formed by blending fine count wool fibers and bamboo fibers, and the weight ratio of the fine count wool fibers in the high count coarse yarn is 70%. According to the fabric, the fine count wool fibers are processed through traditional Chinese medicine anti-bacterial mixed liquid, so that the fine count wool fabric has a certain anti-bacterial function, and compared with nano silver and organic anti-bacterial agents, anti-bacterial components are safe and reliable.

Description

technical field [0001] The invention relates to textiles and textile technology, in particular to an antibacterial woolen fabric and a preparation method thereof. Background technique [0002] Today, with more and more functional fabrics being used in the market, the safety evaluation of antibacterial products has gradually attracted people's attention. At present, the mainstream antibacterial products in the domestic market are still silver ion antibacterial, but studies have confirmed that: 15nm silver After the ions enter the body of the white mouse through the respiratory tract, it can kill the white mouse within a week; and the nano-silver itself has strong oral toxicity. After contacting the human body, although it cannot directly enter the blood, it can enter the subcutaneous tissue through the pores, and then It is gradually released and accumulated in the body, causing long-term potential impact on the human body; some non-governmental organizations in Australia and...

AI Technical Summary

Problems solved by technology

[0002] Today, with more and more functional fabrics being used in the market, the safety evaluation of antibacterial products has gradually attracted people's attention. At present, the mainstream antibacterial products in the domestic market are still silver ion antibacterial, but studies have confirmed that: 15nm silver After the ions enter the body of the white mouse through the respiratory tract, it can kill the white mouse within a week; and the nano-silver itself has strong oral toxicity. After contacting the human body, although it cannot directly enter the blood, it can enter the subcutaneous tissue through the pores, and then It is gradually released and accumulated in the body, causing long-term potential impact on the human body; some non-governmental organizations in Australia and Japan have already published reports and warned that the widespread use of nano-silver will lead to drug resistance in human cells, resulting in the increase of "super viruses" ; The organic antibacterial agents currently on the market are basically all dissolution types, and they all have strong permeability. It can be seen from the test of the inhibition zone

Its bactericidal ability is not selective, and it can kill beneficial bacteria as well. The result of this "overkill" will inevitably lead to the disorder of the normal metabolism of the human body, and it is by no means the best choice for textile antibacterial