The reason why anti-static gloves are anti-static is that they use anti-static materials, which are usually made of conductive fiber materials. The spacing of fiber gaps is designed according to the use environment, and the surface of anti-static gloves is coated to ensure the control of anti-static performance.
Qualified anti-static gloves can prevent the fingers of the staff from directly contacting the electrostatic sensitive components, and can effectively discharge the static electricity of the human body of the operators, so as to prevent the damage and aging of electronic components caused by static electricity. Therefore, using conductive fiber as the material of antistatic gloves is a mature antistatic technology.
Conductive fiber has good conductivity and durability, especially in low humidity environment, it still maintains good durable antistatic property. Therefore, it is widely used in antistatic gloves. The antistatic principle of antistatic gloves is based on the antistatic mechanism of conductive fiber. The antistatic mechanism of conductive fibers is corona discharge between conductive fibers. Corona discharge is a very gentle discharge form. When the static voltage reaches a certain value, a non sparking corona discharge is generated to eliminate static electricity.
