In what fields are anti-static pom boards used and what is the standard value of friction voltage?

Antistatic POM board is a material with antistatic properties formed by adding conductive fillers or antistatic additives to POM (polyoxymethylene) materials. Due to its good conductivity, it can quickly release static electricity to the ground, reducing or avoiding interference and damage to electronic components. Antistatic POM board has excellent heat resistance, chemical stability and mechanical strength, so it is widely used in many fields.

Antistatic POM board

In terms of field application, antistatic POM board is mainly used in the electronics industry, semiconductor industry, LCD industry, mobile phone industry and high-precision fixtures for automation systems. Specifically, it can be used to manufacture electronic equipment housings, connectors, gears, bearings and other components that require antistatic properties to ensure reliable operation and safety performance of the equipment. In addition, it is also widely used in test instruments, tool clamps, antistatic boxes, antistatic workbenches, antistatic floors, antistatic tables, ion fans, component bags, turnover boxes, PCB loading and unloading racks, assembly fixtures, detection fixtures, fixture handles, welding tools, human comprehensive testers, etc.

As for the standard value of the friction voltage of the anti-static POM board, this usually depends on the specific application environment and requirements. Generally speaking, the friction voltage of the anti-static POM board should be as low as possible to reduce the generation and accumulation of static electricity. However, due to different requirements for anti-static performance in different application fields, the standard value of the friction voltage of the anti-static POM board will also be different. In actual applications, it is necessary to select a suitable anti-static POM board according to the specific application environment and requirements, and to conduct appropriate testing and adjustments to ensure that its anti-static performance meets the requirements.