With the development of science and technology and the improvement of people's living standards, people have put forward higher requirements for the sanitary function of textiles. Human skin is a good nutrient base compared to microbes in nature. During sleep, people get sweat, sebum and other human secretions on the quilt, pillows and sheets. These pollutants are the source of nutrition for various microorganisms. Especially in the relatively high temperature and relatively humid sleeping environment, various microorganisms have a good breeding environment, so bedding is an important medium in the process of reproduction and transmission of pathogenic bacteria.

Antibacterial fibers can cut off the path of textiles to transport pathogenic bacteria, prevent the growth of pathogenic bacteria on textiles, and the decomposition of bacteria on fabrics to produce odors and lead to dermatitis and other diseases. Therefore, the antibacterial fiber can obviously increase the added value of the product, and has important significance for the health of the human body, so the market potential is great.

In principle, the antibacterial effect of antibacterial fiber is due to the use of nanotechnology to adhere to the pores and fiber surfaces existing inside the fiber. These silver simple substance particles are mostly smaller than 25 nm, and have strong inhibition and killing effects on various pathogenic microorganisms such as Escherichia coli, Neisseria gonorrhoeae and Chlamydia trachomatis.

In terms of product characteristics, antibacterial fiber has the characteristics of strong sterilization, long-lasting antibacterial, strong permeability, safe and non-toxic, and no drug resistance.

Each product has an inspection report issued by an authoritative organization. The authoritative test proves that the antibacterial fiber antibacterial rate is as high as 99.99%, and the antibacterial effect is far superior to similar products on the market.

The concentration of nano-silver particles in the fiber required to achieve such a potent bactericidal effect is not high because of its unique bactericidal mechanism. After binding to the cell wall/membrane of the pathogen, the nano-silver particles can directly enter the cell body and rapidly bind to the sulfhydryl group (-SH) of the oxygen metabolism enzyme, so that the enzyme is inactivated, blocking the respiratory metabolism and causing it to suffocate, so at a low concentration It can kill the pathogen quickly. In addition, the nano silver particles in the antibacterial fiber are produced by using a patented technology, and a protective film is externally released, which can be gradually released in the human body, so the antibacterial effect is long-lasting.

In terms of permeability, the nano-silver particles in the antibacterial fiber can quickly penetrate into the subcutaneous 2mm sterilization, and have a good bactericidal effect on the deep tissue infection caused by bacteria.

The superior permeability can maximize the effect of nano-silver, and has a significant effect in promoting wound healing, repairing damaged cells, removing saprophytic muscles, antibacterial and anti-inflammatory, and improving microcirculation of tissues surrounding wounds.

In terms of product safety, antibacterial fibers have passed various tests. Antibacterial fiber Nanosilver is a topical drug with low silver content and is the safest method of administration. No stimulatory response was found in the skin irritation test of rabbits.

With the improvement of people's health and environmental awareness and the improvement of quality of life, the research and development of antibacterial fiber is an inevitable trend of development, and it is also an inevitable trend of producing and developing new antibacterial home textile products.

[China Antibacterial Fabric Network ]