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The role of antistatic clothing in protecting against static electricity

Update:06-03-2020
Summary:

Anti-static clothing is a kind of special work clothing […]

Anti-static clothing is a kind of special work clothing with dust-free and antistatic performance, which is suitable for electronics, optical instruments, pharmaceuticals, microbiological engineering, precision instruments and other industries. Its clothing is generally a synthetic fiber fabric embedded with conductive wires. The antistatic work clothes made of conductive fibers in chemical fiber fabrics are based on two mechanisms of charge leakage and neutralization. The manufacturing process of the antistatic fabric used is mainly during the weaving, mixing at equal intervals or evenly mixed antistatic fibers or antistatic synthetic fibers made of conductive materials using metal or organic materials, or a mixture of the two. . When grounded, in addition to being neutralized by the corona discharge of the conductive fiber, the static electricity on the fabric can also be discharged to the ground through the conductive fiber; when not grounded, the electricity is dissipated by the weak corona discharge of the conductive fiber. Zh
Anti-static clothing is used to prevent the static electricity accumulation of clothes. It is sewn with anti-static special fabric for the fabric. It is suitable for wearing in places with a large amount of static electricity such as static-sensitive industries, fire or explosion danger.
Static electricity is the result of the unbalance of positive and negative charges in a local range. It is a kind of electric energy, which remains on the surface of the object, and has the characteristics of high potential, low power, small current and short action time. The basic process can be summarized as: contact → charge → transfer → formation of an electrical layer → charge separation. The generation of static electricity is an objective natural phenomenon. There are many ways to generate static electricity, such as contact, friction, and current.

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