Strong detergency: The fineness of the 0.4μm microfiber is only 1/10 of the silk, and its special cross section can more effectively capture dust particles as small as a few microns, and the effect of decontamination and degreasing is very obvious.
No hair removal: High-strength synthetic filaments are not easy to break. At the same time, the fine weaving method is adopted, which does not spin, does not fall off, and the fibers are not easy to fall off the surface of the towel. It is used to make cleaning wipes and car wipes, which are especially suitable for wiping bright painted surfaces, electroplated surfaces, glass, instruments and LCD screens, etc. The glass is cleaned during the car filming process, which can achieve a very ideal filming effect.
Long life: Due to the high strength and toughness of superfine fiber, its service life is more than 4 times that of ordinary towels. It will not change after washing for many times. At the same time, polymer fiber will not produce protein like cotton fiber. Hydrolyzed, even if it is not exposed to the sun after use, it will not mold or rot, and has a long life.
Easy to clean: When ordinary towels are used, especially natural fiber towels, the dust, grease, dirt, etc. on the surface of the object to be wiped are directly absorbed into the fiber. After use, it remains in the fiber and is not easy to remove. It will harden and lose its elasticity, which will affect its use. The microfiber towel absorbs dirt between the fibers (rather than the inside of the fibers). In addition, the fiber has high fineness and high density, so it has strong adsorption capacity. After use, it only needs to be cleaned with water or a little detergent.
No fading: The dyeing process adopts TF-215 and other dyes for ultra-fine fiber materials. Its retardation, migration, high-temperature dispersibility, and decolorization indicators have reached the strict standards for export to the international market, especially its non-fading The advantage of this is that it will not cause the trouble of decolorization and pollution when cleaning the surface of the article.