Material description of anti-static shoes
Anti-static shoes are electronic semiconductor equipment, electronic computers, electronic communication equipment and integrated circuits in microelectronics industrial production workshops and advanced laboratories. The purpose is to reduce or eliminate static electricity hazards when wearing work shoes. Anti-static shoes can guide static electricity from the earth to the human body, eliminate static electricity on the human body, and effectively suppress the dust generated by people walking in the clean room. It is suitable for clean laboratories such as pharmaceutical factories, food factories, electronic factory workshops, etc. Anti-static shoes are integrated on the surface of the sole with the static dissipative material Pu or PVC, and then reinforced online. The overall appearance of the finished shoe is generous and strong. General anti-static shoes have superior abrasion resistance than ordinary rubber overshoes and are more than 5 times that of ordinary rubber overshoes. They are anti-static shoes produced by Suzhou Zhongshun Industry and are popular high-quality anti-static shoes at home and abroad. It can effectively reveal the same static electricity and together constitute a complete ESD system for anti-static clothing.
1. Anti-static work shoes commonly used materials. Wearing anti-static shoes is one of the effective and reliable methods for operators to generate static electricity due to leakage and discharge. Due to the requirements of enterprise products, current anti-static shoes not only need to have functions while preventing static electricity, but also need to be used Low-dust materials to suppress dust generated when people walk in the clean room.
Upper: Anti-static PVC leather, PU leather, canvas, etc.
Sole material: antistatic PVC material, PU material, etc.
2. PU materials and PVC materials have high strength characteristics, thin and elastic, soft and smooth, and waterproof; they still have good tensile strength and bending strength at low temperatures, and they also have good light aging resistance and hydrolytic stability; flexibility Strong in nature, appearance and performance are close to natural leather, easy to wash and decontaminate, easy to sew; compact and compact surface, used for various surface treatment and dyeing, and various types.
3. The maintenance method of PU materials and PVC materials in contact with water and detergents, avoid gasoline cleaning; not only dry cleaning, washing, the recommended washing temperature is 40 ℃, the drying temperature is 50 ℃; can not be exposed to the sun; can not be combined with some organic Solvent contact, avoid bleaching.
4. Pu electrostatic shoes and PVC electrostatic shoes are relatively conductive PVC and PU materials are commonly used materials "to produce anti-static shoes. The full name of PVC is PVC", "is a kind. Pu is all plastic polyurethane", is a kind of artificial leather . There are many differences between the two, and products made of the two materials have very different performances.
5. The use of anti-static shoes Anti-static shoes are shoes that eliminate the active accumulation of static electricity on the human body and can prevent electric shocks below 250V. This product is produced according to the gb4385-1995 standard.
It is mainly suitable for preventing and possibly causing fires, explosions and all other static dangerous places (such as petroleum, chemical, coal, printing, rubber, medical, purification, electronic and other industries) workplaces that are caused by static electricity on the human body).
Anti-static shoes and conductive shoes should not wear woolen socks, and wear insulating and insulating insoles. It is prohibited to use anti-static shoes as insulating shoes.
The place where anti-static shoes are used should be anti-static floor, and the place where conductive shoes are used should be conductive grounding.
Anti-static shoes should be used together with anti-static clothing, pay attention to product cleanliness, waterproof, and moisture-proof.
The resistance that generally does not exceed 200H during wearing should be tested once. If the resistance is not within the specified range, it cannot be used as anti-static shoes.