Why use an antistatic rubber in the electronics workshop?
First, the description will be made from the structure. The anti-static rubber industrial structure mainly includes a static dissipative layer and a conductive layer, and the surface resistance thereof is very large, reaching ten to six powers of nine to nine, belonging to a static dissipative layer, also called an antistatic layer; the resistance of the bottom rubber Relative to the surface layer is slightly smaller, in the third to sixth power ohms of ten, belonging to the conductive layer. Then is the realization of the antistatic effect of the antistatic rubber.
The phenomenon of static electricity generated by friction is relatively common. The static electricity generated by friction with the dissipating surface layer is often much lower than the static electricity generated by friction with the insulating surface layer or the surface layer of the conductor. This is what we often say anti-static, to prevent excessive static electricity.
Finally, the realization of the electrostatic conduction effect. If the black conductive layer of the rubber underlayer is connected to the grounding wire, it can realize the grounding release of the static electricity generated by itself or the externally transferred static electricity, thereby effectively avoiding the danger of release after the static electricity is accumulated, which is the principle of conducting static electricity.
It is also the same as using static eliminator to eliminate static electricity. The main purpose is anti-static, so that static electricity can be released without affecting daily work.