What is the static level of anti-static work clothes
Anti-static clothing is a special work clothing with dust-free and anti-static properties suitable for electronics, optical instruments, pharmaceuticals, microbial engineering, precision instruments and other industries. The clothing is generally a synthetic fiber fabric embedded with conductive filaments. "Anti-static Work Clothes" (GB12014-1989) is sewn with anti-static fabrics to prevent the accumulation of static electricity in clothes, and is suitable for wearing in places sensitive to static electricity or places with fire or explosion hazards. The production process of the anti-static fabric used is mainly to mix anti-static fibers or anti-static synthetic fibers made of metal or organic conductive materials at roughly equal intervals or evenly during weaving, or to mix and interweave them. . The anti-static work clothes series produced by us are all made of high-quality fabrics, with good anti-static shielding performance and no dust.
Suitable for customers with various requirements. The work clothes come in various styles such as split type, one-piece type, and pullover type. Sock covers, hats, and masks can be combined freely, and samples can also be processed to customize according to customer requirements. Anti-static work clothes are suitable for: petroleum industry; mining and metallurgy industry; chemical industry; electronic industry;
Special industries, such as: atomic energy, aerospace, weapons, etc. other industries,
Such as: food, medicine, etc. Anti-static work clothes refer to work clothes sewn with anti-static fabrics to prevent the accumulation of static electricity on clothing. Antistatic fabric is a fabric that is mixed with conductive fibers or antistatic synthetic fibers or both at roughly equal intervals or evenly during weaving. Conductive fiber refers to the general term for fibers made of metal or organic conductive material or subconductive material in whole or in part, and its volume resistivity ρv～is between 104～109Ω/cm. According to the distribution of conductive components in the fibers, conductive fibers can be divided into three types: uniform conductive components, covered conductive components, and composite conductive components. At present, the vast majority of antistatic fabrics are made of conductive fibers, especially the composite type of conductive components, that is, composite fibers are used the most.