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Antibacterial agent finishing of fabrics



Application of functional fibers in home textiles Far-infrared fiber is a fiber with the function of absorbing and emitting far-infrared rays. It mixes metal or non-metal oxides (s…

Application of functional fibers in home textiles Far-infrared fiber is a fiber with the function of absorbing and emitting far-infrared rays. It mixes metal or non-metal oxides (such as ceramic powder) with far-infrared emitting capabilities into the fiber and evenly disperses them into the fiber. It can not only absorb sunlight or far-infrared rays radiated by the human body to increase its own temperature, but also emit far-infrared rays with wavelengths and powers corresponding to its temperature in any temperature field above absolute zero, allowing the far-infrared fiber to maintain heat and The excellent health care and antibacterial functions have won people’s attention.

Anti-mite and antibacterial fiber can give fiber materials anti-mite properties through some methods. There are two specific implementation methods: one is to add an anti-mite finishing agent during the polymerization process of the polymer, and then spin the fiber; the other is to add the anti-mite finishing agent to the fiber during the polymer spinning process. Or chemically modify the fiber. In addition to the above two methods, the anti-mite effect can also be achieved through high-density fabric method. The principle of this method is to prevent the invasion of mites and to be breathable.

Antistatic fiber is made by modifying synthetic fiber, that is, adding antistatic agent inside the polymer or introducing a third monomer to make the fiber itself have antistatic ability. Antistatic fiber is made by pre-making metal fiber strips and polyester-cotton fiber strips with a specified weight on the draw frame for multiple times to mix the metal fibers evenly in the yarn, and then weave them into fabrics. Antistatic properties depend on the metal fiber content.

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Author: clsrich

 
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