What role does anti-static shoes play in the dust-free workshop

Jun 22, 2022 Leave a message

What role does anti-static shoes play in the dust-free workshop

 Anti-static shoes are mainly suitable for all places with static electricity hazards such as burning and explosion that may be caused by static electricity on the human body. Anti-static shoes can guide static electricity from the human body to the ground, thereby eliminating the static electricity of the human body, and at the same time effectively suppressing the dust generated by people walking in the clean room.


 Anti-static shoes can guide the static electricity generated by the human body into the ground through anti-static shoes. Anti-static shoes are best used on anti-static floors. Anti-static principle of anti-static shoes: By wearing anti-static work shoes, the human body is "connected" with the earth, that is, "grounded", so as to achieve the purpose of electrostatic discharge, successfully control the adverse effects of human electrostatic charge on production lines and human body, and improve product qualification safety factor.


The anti-static work shoes are smart and lightweight. The middle layer of the sole has anti-static EVA to relieve foot pressure and make it softer and more comfortable. The fabrics are: PVC leather/leather//canvas/conductive silk/T/C fabric. The finished shoes are beautiful as a whole, strong, non-slip, with excellent wear resistance (5 times higher than ordinary soles), and are more environmentally friendly. Anti-static shoes should generally be tested for resistance once no more than 200h during wearing. If the resistance is not within the specified range, they cannot be used as anti-static shoes.


In addition, it should be noted that when purchasing anti-static work shoes, the manufacturer should be required to provide the corresponding test report, which must comply with the national standard GB4385-1995 inspection. For the sole hardness/resistance of anti-static shoes, the leather should analyze its thickness/tension.