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Blisscool® antibacterial fiber, the first MMT chemical directed molecular modification technology, with natural cotton as the base material, to bring natural, healthy and comfortable use experience, to solve the traditional antibacterial fiber has weak antibacterial effect, poor durability, dissolution effect, poor safety and other defects.
Features of Labon Blisscool® Antibacterial Fiber :
• Effective antibacterial long lasting
• Natural comfort more washable
• Anti-mite and bacteriostatic intimate protection
• Reduce body odor Smell fresh
• Multiple combinations have excellent spinnability
Technology MMT :
Molecular Modifification Technology, by chemical recombination of specific molecular chains and antibacterial factors in natural cotton fiber, the generated antibacterial groups are evenly distributed inside the fiber, and on the basis of fully retaining the skin-friendly and soft advantages of natural cotton fiber, the antibacterial becomes a part of the fiber, and the antibacterial effect is long-lasting.
Blisscool® antibacterial fiber, the first MMT chemical directed molecular modification technology, with natural cotton as the base material, to bring natural, healthy and comfortable use experience, to solve the traditional antibacterial fiber has weak antibacterial effect, poor durability, dissolution effect, poor safety and other defects.
Features of Labon Blisscool® Antibacterial Fiber :
• Effective antibacterial long lasting
• Natural comfort more washable
• Anti-mite and bacteriostatic intimate protection
• Reduce body odor Smell fresh
• Multiple combinations have excellent spinnability
Technology MMT :
Molecular Modifification Technology, by chemical recombination of specific molecular chains and antibacterial factors in natural cotton fiber, the generated antibacterial groups are evenly distributed inside the fiber, and on the basis of fully retaining the skin-friendly and soft advantages of natural cotton fiber, the antibacterial becomes a part of the fiber, and the antibacterial effect is long-lasting.
Positively charged+Blisscool high energy antimicrobial factor and negatively charged-colony adsorption, change the colony's normalliving environment, resulting in colony dissolution of death.
Part of the antimicrobial factor replace the membrane surface positively charged position or into the cell interior, and can also react with the DNA, resulting in the inability to replicate the DNA, can also be free from colony to continue sterilization.
The catalytic effect of Blisscool antimicrobial factor catalyzes the production of hydroxyl radicals (·OH) and reactive negative oxygen ions (O2-) from oxygen under the action of light. (·OH) and (O2-) destroy colony and inhibit the growth of colony.
Blisscool antibacterial factor can easily enter into colony, quickly combine and react with protein molecular chain of its internal enzyme (-SH) to make protein coagulate, resulting in inactivation of protein, destroys the protein molecular chain.
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