In order to solve the electrostatic interference problem of synthetic fiber fabrics during the abrasion process, the antistatic properties of synthetic fibers and their fabrics must be studied. There are many types of anti-static fabrics. The mainstream anti-static fabrics on the market are mainly made by inserting metal conductive wire or carbon fiber into the fabric. The anti-static fabric made is generally difficult to see the static wire on the front, so the front is beautiful and smooth; the back of the fabric can clearly see the conductive wire, and the back is a semiconductor. Therefore, after using antistatic fabrics embedded with conductive wires to make clothing, the main purpose is to eliminate static electricity generated by friction between clothing and human bodies, but not the friction generated by static electricity and external equipment. Clothing is still a charge accumulation.
Another common antistatic fabric is a blended fabric, because it adds conductive fibers to normal yarns during the textile process, so that both sides of the antistatic fabric become semiconductors, which can quickly and uniformly eliminate The static electricity produced by friction and the garments produced in contact with the outside surface are not charged for the accumulation of static electricity. In the petroleum, petrochemical, refining, chemical and other industries, wearing protective clothing and related protective equipment is mainly to eliminate static electricity from the outside world and the human body, at the same time to avoid the accumulation of charges and eliminate hidden safety hazards caused by electrostatic discharge. Therefore, in high-risk industries, blended fabrics of antistatic fabrics are recognized.
The anti-static fabrics produced on the market are mainly divided into cotton anti-static fabrics, polyester-cotton anti-static fabrics, cotton-nylon anti-static fabrics, polyester conductive fabrics, modified acrylic cotton flame-retardant anti-static fabrics, and aramid IIIA flame-retardant anti-static fabrics and many other fabrics.