Anti-static work clothes
Anti-static work clothes are sewn with anti-static fabrics to prevent the accumulation of static electricity in clothes. They are suitable for electronic, optical instruments, pharmaceuticals, microbiological engineering, precision instruments, petroleum, chemical industries and other places sensitive to static electricity or fire or explosion Wear in hazardous locations.
Anti-static work clothes are special work clothes with dust-free and anti-static properties suitable for electronics, optical instruments, pharmaceuticals, microbiological engineering, precision instruments and other industries. "Anti-static work clothes" (GB12014-1989) is made of anti-static fabrics to prevent static electricity from accumulating on clothes. It is suitable for wearing in places sensitive to static electricity or in places with fire or explosion hazards. The manufacturing process of the anti-static fabric used is mainly at the time of weaving, the anti-static fiber or anti-static synthetic fiber made of all or part of the conductive material using metal or organic material is mixed at approximately equal intervals or evenly . Anti-static clothing series all use high-quality fabrics, anti-static shielding performance is good, no dust, suitable for customers with various requirements. There are many styles of work clothes, such as split style, one-piece style and sleeve style. The socks, hats and masks can be combined freely. Samples can also be processed according to customer requirements. Anti-static clothing is suitable for: petroleum industry; mining and smelting industry; chemical industry; electronics industry; special industries, such as: atomic energy, aerospace, weapons, etc. Other industries, such as: food, fireworks, medicine, etc. Anti-static work clothes refer to work clothes sewn with anti-static fabrics to prevent static electricity from accumulating on clothing. The antistatic fabric is a fabric obtained by mixing conductive fibers, antistatic synthetic fibers, or a mixture of the two at approximately equal intervals or uniformly during weaving. Conductive fiber refers to a general term for fibers made of conductive materials or sub-conductive materials that use metal or organic materials in whole or in part, and their volume resistivity ρv is between 104 and 109 Ω / cm. According to the distribution of conductive components in the fiber, conductive fibers can be divided into three types: uniform conductive component type, conductive component covering type and conductive component composite type. At present, the vast majority of anti-static fabrics are made of conductive fibers, especially the composite type of conductive components, that is, the most used composite fibers. Antistatic work clothes made of conductive fibers are added to chemical fiber fabrics. The antistatic coat is based on the two mechanisms of charge leakage and neutralization. When grounded, the static electricity on the fabric is neutralized by the corona discharge of the conductive fiber, and can also be discharged to the ground via the conductive fiber; when not grounded, it is eliminated by the weak corona discharge of the conductive fiber.