Microfiber dust-free cloth is favored by enterprises be […]
Microfiber dust-free cloth is favored by enterprises because of its long fiber life, no damage to the surface of the object and good dust collection effect. Compared with ordinary clean cloth, microfiber clean cloth has a much smaller fiber. An ordinary fiber is a hundred times the size of a superfine fiber, and some is even a thousand times the size. Today, the editor of Jiebai will share with you how the fiber makes the microfiber clean cloth an invincible position in the clean cloth industry.
1. Microfiber dust-free cloth is a kind of differentiated fiber that is developing rapidly in modern times. It is called synthetic fiber, which is a new generation, a high-quality, high-tech textile material, and a typical representative of a new synthetic fiber. Chemical fiber's development direction for high technology and high simulation. Because the diameter of the optical fiber is very small, its bending stiffness is very small and the hand feels very soft.
2. Microfiber dust-free cloth is called synthetic fiber, which is a new type of production, a high-quality, high-tech textile material, and a typical representative of the development of new synthetic fiber chemical fiber to high technology and high simulation. direction. It is woven with ultra-fine and tough fibers, has a super structure, a soft and tough character, does not damage the work target, and has the advantages of low dust and low ion content.
3. There are many delicate and capillary structures in the micropores between the fibers. If this process can be used to make a wet towel fabric, it has high water absorption, and the washed hair can quickly absorb water with a towel to make the hair dull.
4. The fiber has a larger volume than the outer surface, which makes the fabric cover up, and the softness and warmth are obviously improved. The fiber with a larger volume than the outer surface and the amount of dust or oil touched, and the gap between them, the oil has more chances of infiltration from the fiber surface Strong removal effect.
