COMPACT-SPUN COMBED SUPIMA COTTON HIGH-COUNT PLIED YARN
97COMPACT-SPUN COMBED SUPIMA COTTON HIGH-COUNT PLIED YARN
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Key words: bio-based, antibacterial, green and environmentally friendly
Raw materials and specifications:
① polyester/bio-based antibacterial cotton 65/35 23~100s
②polyester/cotton/bio-based antibacterial cotton 65/25/10 23~100s
③ cotton/bio-based antbacterial cotton 90/10 32~100s
④ cotton/polyester/bio-based antibacterial polyester 80/10/10 45~100s
⑤ polyester/viscose/bio-based antibacterial viscose/cotton 50/20/10/20 32~80S
Reasons for recommendation:Raw materials are provided with antibacterial effects by combining natural bio-based antibacterial dope with physical technology, fabric made by blending antibacterial staple with mono-fiber-spun yarn or antibacterial blended yarn in an appropriate proportion has an enhanced antibacterial performance, and as compared with traditional antibacterial methods, this product not only avoids some potential harm and problems with environmental protection, but also has achieved “naturally green and antibacterial effects”. lts antibacterial effect has been certified, able to remarkably resisting the pathogenic bacteria commonly seen at hospitals such as Staphylococcus aureus,Candida albicans, and E. coli. In addition, it can also effectively inhibit or kill the odor-producing bacteria in a human body, eliminating odor from its source, achieving a long-lasting antibacterial effect of inhibiting odor. The safe compatibility between its long-acting antibacterial effect and natural bio-based antibacterial effects conforms to the idea of being green, environmentally friendly, healthy, and safe for development.
Scope of application:Clothing, home textile, industrial textiles
COMPACT-SPUN COMBED SUPIMA COTTON HIGH-COUNT PLIED YARN
View detailsCut-resistant ultra-high molecular weight polyethylene fiber
View details1.What is Flocked Fiber?Flocked fiber, also known as flocked fabric, is a textile material that consists of short synthetic fibers adhered to a base material using an adhesive or electrostatic process. The result is a soft, velvety surface comp...
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