Market Analysis: Research On The Epidemic Situation Application Of Recycled Anti-Virus And Anti-Bacterial Bionic Cotton Fabric

Premature scrapping of textile products will not only increase the burden of landfill treatment, but also lead to serious marine pollution. International Union for conservation of nature nal Unio n for Co Conservation of nature (IUCN) warned that invisible particles decomposed from products such as synthetic fabrics account for one-third of marine plastic pollution. The chemical fiber pollution in waste textiles has been listed as one of the major environmental problems by the United Nations.

However, although conventional cleaning can temporarily avoid the early abandonment of textiles, the carpet, mattress, fabric sofa and other products frequently used in home life are not easy to wash and dry, and the cleaning cost is large, time-consuming and labor-consuming. For textile products such as clothing, repeated washing is difficult to ensure that it is thoroughly clean, but also produce fabric loss, leading to clothing deformation.

It is better to cure the symptoms than to cure the root causes. In order to solve the problem of microbial invasion and odor from the root, cotton SIM is a green textile product developed by Mr. Zeng Xiang in Zeng Ye Textile Science and technology studio a few years ago. The color masterbatch is produced with phthalocyanine pigment, and the color is phthalocyanine pigment. The colored staple fiber is produced by drawing with no water, According to the special technology, the colored grey yarn is blended into various kinds of colorful fabrics through computer matching. After finishing, it is treated with silk softening process to make it have cotton handle. It is also a green textile with continuous development and recycling.

In order to cooperate with Zengye Textile Science and technology studio under the epidemic situation and combine far UVC technology, we can obtain permanent anti-virus and anti-bacterial functions from raw materials to fabrics, so as to ensure that consumers can protect their health while purchasing environmental protection products.

Far ultraviolet light (far UVC) rapidly reduces the number of active microorganisms in the air to almost zero. The bactericidal properties of ultraviolet c-ray (UVC) have been known. However, the radiation can cause sunburn, skin cancer and eye injury. However, long-term study of far UVC spectrum with short wavelength does not pose a safety risk to mice or human skin cells, It also retains the ability to kill pathogens in the air.

?

Far UVC reduced the pathogen load by up to 98.4% in a few minutes and kept the environmental level at a 92% reduction, in line with ICNIRP guidelines.

Evidence from a number of studies suggests that far UVC may be a safe way to prevent the spread of any virus, including the covid virus and its variants, as well as influenza and any potential future pandemic virus.

At present, Zeng Ye textile technology studio uses far UVC bionic cotton and any material to produce fabrics with different ingredients. Bionic cotton colorful garment can be recycled and recycled to give the second life extension, and 100% recycling. The whole process has passed the LCA of sustainable textile.

The original development concept of cotton-sim bionic cotton cooperated with the European Commission to put forward a proposal called European Green deal (European Green deal), hoping to make sustainable products a normal in the EU and promote the development of recyclable business models.

The proposal covers almost all physical goods, hoping to make them more environmentally sound, more sustainable, and more efficient in their life cycle from design to production to recycling.

Now the new generation of products combined with the market needs to increase anti-virus and antibacterial functions to the safest, most environmentally friendly innovation! Technology production, no chemical addition, the whole process from raw materials to finished products are water-free production, there is no chance of pollution and secondary pollution, the product is the second life, the finished product can be recycled into the third life product after use.

?

?

?