Why do electronic factory worker wear anti-static shoes instead of conductive shoes?
Anti-static shoes are a kind of work shoes worn by microelectronics industrial workshops and advanced laboratories such as electronic semiconductor devices, electronic computers, electronic communication devices and integrated circuits to reduce or eliminate static electricity.
The industry stipulates that the safety voltage is 36V and the safety current is 10mA. The degree of damage to the human body caused by electric shock depends mainly on the magnitude of the current flowing through the human body and the length of the power-on time. The greater the current, the greater the damage to the human body. By studying human electrophysiological physiology, human perceptual current is 1.1 mA for adult males and 0.7 mA for adult females; from current, adult males average 16 mA, and adult females average 10.5 mA. When the electric shock current is greater than the current, the electric shock can not actively get rid of the power supply. If there is no external force, the electric shock time will be prolonged and the risk of death will occur. Hands and feet are the most vulnerable parts of the body through the body.
Anti-static shoes are a kind of work shoes worn by the production workshops and advanced laboratories of microelectronics industries such as electronic semiconductor devices, electronic computers, electronic communication devices and integrated circuits to reduce or eliminate static electricity. Protective shoes that can eliminate static electricity accumulation in the human body and prevent electric shock from power supply below 250V. Among them, the conductive shoes have good electrical conductivity, can eliminate the static electricity accumulation in the human body in a short time, and can only be used for anti-static protective shoes in places without electric shock hazards. Insulation can make people's feet insulated from charged objects to prevent electric shock and anti-static anti-static shoes.