Abstract Key: This article mainly discusses the antibacterial mechanism of commonly used inorganic, organic and natural antibacterial additives, analyzes the characteristics and performance of different types of antibacterial agents, and analyzes the antibacterial and antiviral textiles The tests and evaluations are introduced. The effect of antibacterial and antiviral finishing agent BCNT on the antibacterial and antiviral application performance of fabrics was discussed. The results show that: the antibacterial and antiviral finishing agent BCNT has excellent antibacterial and antiviral effects. After finishing the fabric or fabric, after a third-party test, more than 99% of the H1N1 and H3N2 influenza viruses were killed within 2 hours; After 50 washings, it still has a bacteriostatic rate of more than 95% against Gram-positive bacteria, Gram-negative bacteria, and fungi.
Although vaccines have been arranged, once people have established health awareness, there will still be a great demand for antiviral products in the future. Consumers will be more enthusiastic about hygiene and health, and will pay more attention to issues such as microorganisms and viruses. Explosive products in the epidemic era.
Li Bizhong
Experts on
Leading scientist of antibacterial and antiviral under special government allowance of the State Council, winner of the second prize of National Science and Technology Progress Award of the People’s Republic of China, winner of the first prize of Science and Technology Progress Award of the Chinese Academy of Sciences
Known asFounder of China's antibacterial industry。
Compared with the prior art, the antiviral material is non-toxic orally toxic and has no skin irritation.
When the nano-viral composite material is in contact with the virus, it can catch the virus, and lock the virus genetic factors through silver, copper, and zinc to avoid its continuous replication, and its virus-killing rate can reach more than 99%.
Authoritative testing by Beijing Chonggao Nano Technology Co., Ltd. ensures that the antiviral activity rate of the fabric reaches more than 99%.(5-15 seconds to quickly inactivate the virus)
Zhejiang Mountain Cat Clothing Co. LTD.
1. Company profile
Zhejiang Lynx Clothing Technology Co., Ltd. is a first-class comprehensive scientific and technological protective product research and development enterprise integrating scientific research, production, sales and engineering. Mainly engaged in the scientific research, development and production of student socks, business socks and military socks.
2. Industry chain
Bobcat Socks has formed a complete industrial chain including raw materials, hosiery, dyeing and finishing, marketing, and transportation throughout the entire production process of the hosiery industry. This industrial chain has made the production elements of the hosiery industry highly concentrated, and the cost of resource allocation has been greatly reduced. There are currently more than 50 hosiery machines of various types. Some equipment, supporting equipment and key technologies of the hosiery industry have reached the advanced level of the industry.
The main types of hosiery are: police socks, student socks, business socks and customized socks. The product categories cover combed cotton, bamboo fiber, cotton modal, hemp cotton, cotton silk, bamboo charcoal fiber, pearl fiber, wormwood, silk hemp, etc. , Silk protein, etc. The functional aspects include antibacterial and antiviral, antibacterial and deodorant, moisture absorption and perspiration, antistatic, flame retardant, aromatic, anti-mosquito and other special hosiery, becoming one of the most complete hosiery enterprises in the country.
3. anti-virus finishing
BCNT long-acting antibacterial and antiviral finishing agent was developed by Beijing Chonggao Nano Technology Co., Ltd., and tested by the five institutes of the Chinese Academy of Military Medical Sciences and the public health laboratories of Canada and Alberta. Non-woven fabrics and fabrics treated with this finishing agent , Its sterilization (pathogenic bacteria), anti-virus (a influenza virus, adenovirus, avian influenza, coronavirus and other viruses) effect reached 99.5%, after testing, its resistance to washing times reached more than 50 times.
