Why wear anti-static shoes instead of conductive shoes in the workshop?
Anti-static shoes are working shoes worn by the production workshops and advanced laboratories of the microelectronics industry such as electronic semiconductor devices, electronic computers, electronic communication equipment and integrated circuits in order to reduce or eliminate static electricity hazards. The industry stipulates that the safety voltage is 36V and the safety current is 10mA. The degree of harm to the human body from electric shock mainly depends on the magnitude of the current passing through the human body and the length of time it is energized. The greater the current, the greater the damage to the human body. By studying the electrophysiological characteristics of humans, the average current of humans is 1.1 mA for adult males and 0.7 mA for adult females; the current is 16 mA for adult males and 10.5 mA for adult females. When the electric shock current is greater than the get-out current, the electric shocker cannot take the initiative to get rid of the power supply. Without the help of external force, the electric shock time will be prolonged and there is a danger of death. Hands and feet are the most susceptible parts of the body when current passes through the body.
Anti-static shoes are working shoes worn by the production workshops and advanced laboratories of the microelectronics industry such as electronic semiconductor devices, electronic computers, electronic communication equipment and integrated circuits in order to reduce or eliminate static electricity hazards. Protective shoes that can eliminate the accumulation of static electricity on the human body and prevent electric shock from power supplies below 250V.
Among them, conductive shoes have good conductive properties, which can eliminate the accumulation of static electricity on the human body in a short time, and can only be used in antistatic protective shoes where there is no danger of electric shock. Insulated shoes are antistatic and antistatic shoes that can insulate human feet from charged objects and prevent electric shock.