China 9x9 Nonwoven Cleaning Wiping Manufacturer, Supplier, Factory

conductive fibers. Its main function is to prevent static electricity and dust, and it is suitable for multiple industries.

The cleanroom wiper is mainly made of polyester fibers. Also known as lint-free wiping cloth, it is made of 100% polyester fibers double-knitted, with a soft surface that is easy to wipe sensitive surfaces without scratching or shedding fibers. It also has good water absorption and cleaning efficiency. one The material of the microfiber cleanroom wiper can be divided into ordinary fiber clean room wipe and superfine fiber industrial cleaning cloth. The ordinary fiber lint-free cloth is made of 100% continuous polyester fibers, while the superfine fiber lint-free cloth is made of a mixture of 75% polyester and 25% rayon. In addition, lint-free cloth can also be made of natural fibers and synthetic fibers, common synthetic fibers include polyester, nylon, artificial silk and polypropylene.

Recent developments in the field of electronic manufacturing and cleanroom technology have brought innovations in cleanroom ESD (electrostatic discharge) shoes to the forefront. These specialized shoes, designed to protect sensitive electronic components from damage caused by static electricity while maintaining a clean and contamination-free environment, are undergoing significant enhancements.

Recent developments in the field of electronic manufacturing and cleanroom technology have brought innovations in antistatic clean room slippers to the forefront. These specialized footwear items, designed to prevent electrostatic discharge (ESD) while maintaining a pristine work environment, are undergoing significant enhancements.

The principle of an esd mat is to conduct static electricity into the ground by using conductive materials, thus preventing the accumulation and release of static electricity. Esd table mat are usually composed of a conductive layer and an electrostatic dissipation layer.

In the realm of precision tools, the introduction of the ESD-10 Tweezer has marked a significant advancement, particularly in industries requiring stringent electrostatic discharge (ESD) protection.