2019 Latest Design China Antibacterial and Mildew Resistant Skeleton Non-Woven Fabric Polyester Staple Fiber Wet-Laid Non-Woven Fabric

We try for excellence, service the customers", hopes to be the most effective cooperation workforce and dominator company for staff, suppliers and shoppers, realizes price share and ongoing marketing for 2019 Latest Design China Antibacterial and Mildew Resistant Skeleton Non-Woven Fabric Polyester Staple Fiber Wet-Laid Non-Woven Fabric, We have been sincerely looking forward to developing very good cooperative relationships with buyers from at home and abroad for creating a vibrant foreseeable future together. We try for excellence, service the customers", hopes to be the most effective cooperation workforce and dominator company for staff, suppliers and shoppers, realizes price share and ongoing marketing for China Skeleton Non-Woven Fabric and Pet Polyester Staple Non-Woven Cloth price, We focus on providing service for our clients as a key element in strengthening our long-term relationships. Our continual availability of high grade products and solutions in combination with our excellent pre-sale and after-sales service ensures strong competitiveness in an increasingly globalized market. Antibacterial principle First, the direct interaction between the copper surface and the bacterial outer membrane ruptures the bacterial outer membrane; then the copper surface acts on the holes in the bacterial outer membrane, causing the cells to lose necessary nutrients and water until they shrink. The outer membrane of all cells, including single-celled organisms like bacteria, has a stable microcurrent, usually called "membrane potential." To be precise, it is the voltage difference between the inside and outside of the cell. It is likely that a short circuit occurs in the cell membrane when the bacteria and the copper surface come into contact, which weakens the cell membrane and creates holes. Another way to create holes in bacterial cell membranes is local oxidation and rust, which occurs when single copper molecules or copper ions are released from the copper surface and hit the cell membrane (protein or fatty acid). If it is an aerobic impact, we call it "oxidative damage" or "rust". Since the main protection of the cell (the outer membrane) has been breached, the flow of copper ions can enter the cell unimpeded. Some important processes inside the cell are destroyed. Copper really controls the inside of cells and hinders cell metabolism (such as biochemical reactions necessary for life). The metabolic reaction is driven by enzymes, and when excess copper is combined with this enzyme, they will lose their activity. The bacteria will not be able to breathe, eat, digest and produce energy. Therefore, copper can kill 99% of bacteria on its surface, including Staphylococcus aureus, Escherichia coli, etc., and has a good antibacterial effect. Recently, the market for antibacterial and antiviral masks is booming, which is a good opportunity to increase the added value of enterprise products!