It seems that you don't know enough about anti-static clipboard



The anti-static plate clip eliminates the static electricity on the clothing through the corona discharge and leakage of the conductive fiber. Because the stainless steel fiber is a metal fiber, the conductive performance of the anti-static cloth woven from it is stable, and it does not change with the number of washing clothes. Variety. According to the timeliness, there are safe and temporary; according to the material, there are conductive rubber, PVC, conductive ceramics, etc.; according to the exhibition method, there are direct exhibitions on the ground and crowded raised floors. Can be determined according to actual needs and costs. If you need to run a variety of cables and pipes on the ground, such as computer anti-crowding, it is better to choose a raised floor.
The anti-static plate clamp can use the effect of high-voltage electric field or radioactive rays to partially ionize the air, resulting in a large number of ions and electron pairs. Among them, the ions (or electrons) with the opposite polarity to the charged objects approach and neutralize the charged objects. , To achieve the purpose of eliminating static electricity.
In order to resist the pressure of abrasives, the applicable range of polymer wear-resistant plates can reduce the surface embrittlement and fall off. For chiseling wear, the high-molecular polyethylene wear-resistant plates are required to withstand a certain impact load: ball mill linings, iron forgings and vertical kiln lining bricks, because the impact force generated by abrasives is not large, because the wear forms are mainly High stress wear is the main reason. When selecting materials, wear-resistant plates are used to improve their wear resistance, and the hardness of the material is mainly considered. Because the material itself has the function of self-lubricating, when the mechanical lubrication system fails, the precious metal guide rail will not be damaged. Constant and stable friction coefficient: When the speed, load and temperature change, the friction coefficient is basically constant, without adjustment and compensation.

