Why anti-static work shoes can prevent accidents such as fire
Everyone knows that static electricity is ubiquitous in daily life and production work. In daily life, everyone may not pay too much attention to this phenomenon, and will not deliberately take any protective measures.
However, for some industries, electrostatic protection is a daily process on the production line. Because static electricity will not only affect the qualification rate of products on the production line, but also cause safety accidents, such as explosions and fires. Therefore, static electricity has to be prevented. Wearing anti-static work shoes can keep us away from accidents and keep fire out!
Anti-static work shoes are a kind of work shoes worn by production workshops and laboratories of the microelectronics industry such as electronic semiconductor devices, electronic computers, electronic communication equipment and integrated circuits in order to reduce or eliminate the danger of static electricity.
Antistatic work shoes are made of PU or PVC material, and the sole is made of antistatic and non-slip material, which can absorb sweat and odor, and can also achieve anti-slip, anti-static and other functions. It can effectively leak static electricity and form a complete anti-static system together with anti-static clothing. Static electricity can be guided from the human body to the ground, thereby eliminating static electricity from the human body, and at the same time effectively suppressing the dust generated by people walking in the clean room. Workers wearing anti-static work shoes can reduce the impact of static electricity on product production, ensure that products are being produced, and reduce the occurrence of flammable and explosive events and fire accidents. Generally suitable for static-sensitive places such as pharmaceutical factories, food factories, electronics factories, clean workshops, laboratories, etc.
Finally, wearing anti-static work shoes in the production workshop is enough to avoid fire caused by static electricity.