Do you know the detection method of anti-static shoes?
Anti-static shoes are a kind of work shoes worn by the production lines and advanced laboratories of electronic optical industries such as electronic device integrated circuit technology, computers, electronic device communication equipment, and integrated circuit chips to reduce or eliminate static electricity. Anti-static shoes can guide static electricity from the body to the ground, thereby eliminating static electricity from the human body, and at the same time effectively suppress the dust caused by staff walking in the clean room. It is suitable for pharmaceutical companies, food processing factories, purification workshops of hardware factories, laboratories, etc. Anti-static shoes are made of PU or PVC material, which is a material that dissipates electricity. Carry out release structure reinforcement. Anti-static shoes can effectively discharge static electricity, but they must be used together with anti-static clothing (anti-static insoles and anti-static socks) and static floors to form a complete anti-static system, suitable for harsh office environments that are sensitive to static electricity.
Anti-static detection method: clean the copper plate and copper strip electrode with alcohol, because there will be oxides on the surface of the copper electrode; wrap the meter measuring wire reel, connect the input line "E" to the copper plate, and "L" to the copper bar; Put the steel ball into the shoe, put the shoe flat on the copper plate, insert the copper strip electrode into the steel ball; turn the switch on the instrument panel to select the appropriate range; press and hold the center button of the turntable, the test will start, and it will be ready after five seconds number of reads. If only 1 is displayed at the highest position, it means that the resistance of the sample exceeds the set range, and it is necessary to use a high range for measurement.
At this time, it should be noted that the resistance of the finished shoes or shoe materials used for testing is used to understand the dispersion effect of the sample on static electricity; the measuring range is 1*10-2*1013Ω. The minimum number of test samples should be 3 pairs. If the samples need to be cleaned, the samples should be cleaned. The cleaning of the samples should be consistent with the manufacturer's recommendations.