Application of Microfiber Cleanroom Cloth in Electronic Industry
As a professional cleaning tool, dust-free wiping cloth is widely used in dust-free purification workshops in the electronics industry. The ultra-fine fiber dust-free cloth has become the darling of dust-free workshops in the electronics industry due to its low dust emission, high cleanliness, softness and toughness. The use of ultra-fine fiber dust-free cloth can improve production efficiency, protect sensitive surfaces of electronic products, achieve ideal dust removal and purification effects, and play a huge role in dust removal. Microfiber also has other effects:
1. Multiple scraping effects: If a single thick fiber is ultra-fine, it can be converted into hundreds of ultra-fine fibers, so when used as a wiping cloth, the ultra-fine fibers can have more heavy scraping than ordinary wiping cloth effect.
2. Wide contact area effect: Generally, the fibers are thicker and more flexible, and the contact area of the fabric floating point with the object is smaller, while the ultra-fine fibers have less flexibility, the contact area with the object is larger, and the cleanliness is higher.
3. Internal peeling effect: Wiping cloth made of ultra-fine fibers will migrate outward along the capillary channel of the fiber after scraping the dirt, showing an internal peeling effect, so that the dirt will not leave the cleaning cloth The surface, so it will not cause scratches for extremely precise products.
Because of these advantages, the ultra-fine fiber dust-free cloth has advantages not found in ordinary wipers.
In addition, the bundling structure of the ultra-fine fiber dust-free cloth yarn can also achieve better dust removal effect. The microfibers have more micropores, which are much smaller than the micropores in ordinary polyester cloth, so the microfiber dust-free cloth can better absorb dust particles. The ultra-fine fiber dust-free cloth can be washed with water or detergent, and can be used as a wipe after drying. It can effectively prevent the reproduction of bacteria and has very environmental performance.