Antibacterial has now become one of the indispensable properties of many differentiated functional textile products. Various slogans are overwhelming. There are several common antibacterial principles on the market: using natural fibers such as kapok, hemp, and bamboo. The natural antibacterial advantages of the fiber are used to carry out antibacterial, environmentally friendly and healthy; the fabric is given antibacterial and other properties through post-finishing methods, which is easy to operate and widely used.
Therefore, antibacterial products in the market frequently experience homogeneity, increasingly fierce competition, and serious involution. Faced with such an industry status quo, Zhejiang’s Xinyin Clothing Technology Co., Ltd. is determined to develop textile products that are differentiated from those on the market, and launches FIR, a black technology fabric with molecular chain reorganization technology. It is a fabric that combines technology and comfort. unique high-tech apparel fabrics), writing its own gorgeous chapter in the functional textile product market.
Anti-bacteria “from the inside to the outside” are hundreds of millions of different things
According to Zhang Binghong, general manager of Xinyin Clothing Technology Co., Ltd., Xinyin FIR products do not add metal ions and are not Chemical antibacterial ingredients are added and designed through molecular chain reorganization and in-situ polymerization to achieve antibacterial effects. It complies with national professional standards (FZ/T73023-2006 antibacterial/antiviral testing) and has been tested by authoritative organizations to be effective in antibacterial properties.
Molecular chain recombination technology, also called molecular assembly technology. Generally, the cell membranes and cell walls of bacteria and fungi contain negatively charged proteins. Through molecular recombination, positively charged antibacterial groups are assembled into molecular chains of polyester, nylon, polyethylene and other matrices. Different charges attract each other, and the microbial cells are adsorbed, hindering the normal respiration and metabolic processes of the cells, eventually causing the cell membrane (wall) to rupture and the contents to flow out, thereby inhibiting and killing microorganisms and achieving antibacterial and antiviral functions. Since the antibacterial groups are grafted onto the matrix molecular chain in the form of chemical bonds, compared with the antibacterial effect obtained through post-processing, the antibacterial effect obtained by the reorganization of the molecular chain is more durable, more stable, and more stable.
Next-fitting and considerate, it is not only anti-bacterial but also extends to healthy life
In addition to anti-bacterial, Xinyin also integrates far-infrared properties into the development of fabrics. In practical applications, people usually refer to infrared rays with wavelengths above 2.5 μm as far-infrared rays. Infrared rays of 8 to 14 μm are closely related to the growth and development of all living things and are called “life rays.” The human body has strong absorption in the far-infrared region with wavelengths above 6 μm, especially strong absorption peaks above 2~4 μm, 6~7 μm and 12 μm. When the wavelength of infrared radiation corresponds to the wavelength absorbed by the radiated human body, the molecules in the human body will resonate, intensify molecular movement, enhance blood circulation, accelerate metabolism, and achieve the effect of heat preservation and health care.
With the blessing of multiple functions such as antibacterial and antibacterial, far-infrared thermal insulation and health care, this fabric developed and produced by Xinyin can form a good microclimate with the skin, which is not only close to the body, but also more considerate, so it is often worn Used in underwear, home clothes, T-shirts, socks and other intimate clothing fabrics.
Yangfanyuanhang continues to produce differentiated research and development and differentiated textiles on the market
Mr. Zhang mentioned that it is “difficult to be “Replace” products, “not only in raw materials, but also in technology.” This is probably why he has been immersed in performance textiles for decades and determined to develop textiles that are differentiated from those on the market. During the development process, we combine functionality with comfort, take user experience as our responsibility, and strive to be the leader in the industry.
For Xinyin, FIR antibacterial fabrics are just the beginning. Mr. Zhang revealed to us that the Xinyin R&D team has been non-stop and is currently developing a new fabric: starting from the real needs of people who sit in offices for long periods of time, the R&D team continues to develop and explore, determined to integrate with the body and present Confidence, true self, relaxed state.
Keywords:
Differentiated Textiles Green Light Wave Antibacterial Products
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