From a structural point of view, ultra-fine fibers are usually shaped fibers, and the fineness of their filaments is usually only 1/20 of ordinary polyester yarns. In contrast, ultra-fine fiber dust-free cloth has a larger contact area with the surface to be cleaned. In contrast, microfiber dust-free cloths have a larger contact area with the surface to be cleaned. The larger contact area gives the microfiber better dust removal effect. In addition, the bundle structure of the ultra-fine fiber dust-free cloth yarns has a better dust removal effect. Give more fine pores on the fabric. These fine pores are much smaller than those on ordinary polyester fabrics. Therefore, ultrafine fibers show better ability to adsorb fine particles in this aspect.
From the material of the dust-free cloth, the ultra-fine fiber dust-free cloth is a composite material of polyester and nylon fiber, and the composite material of the nylon fiber is from the material of the dust-free cloth, the ultra-fine fiber dust-free cloth is polyester and nylon Fiber composite materials, nylon fibers have many hydrophilic groups in the molecular structure, the absorption is better than polyester (polyester has no hydrophilic groups, so the absorption is far less than nylon).
From the mechanism of the overall adsorption of sewage, the cleanliness of polyester is due to the high crystallinity of the fiber filaments. From the mechanism of the overall adsorption of sewage, the cleanliness of 100% polyester is due to the fiber crystals. High degree of cleanliness, and because of the high crystallinity of polyester filaments, the dust-free cloth is usually circular fibers, so it is mainly surface adsorption, and it is usually circular fiber, so it is mainly surface adsorption, and surface adsorption causes sewage. There is a relatively large distribution ratio between the dust-free cloth and the surface to be cleaned. The ultra-fine fibers are mostly shaped fibers and mostly shaped fibers, and there is a relatively large distribution ratio among them. The ultra-fine fibers are mostly shaped fibers. The absorption mode of the dirt liquid is surface wicking. The wicking effect can firmly control the pollutants and not reverse pollution. Therefore, with the addition of wicking, the wicking effect can firmly control the pollutants and not reverse pollution. Therefore, ultrafine fibers are more capable of removing more particles.
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