Compared with other fabrics, in terms of specific use, the conductive wire in the conductive wire fabric is mainly embedded in the back of the fabric, which is conducive to the beauty and smoothness of the fabric. The back of the fabric is semiconductor, and the front of the fabric is insulator. Therefore, after the garment is made, the main elimination is only the static electricity generated by the friction between the garment and the human body. 1t can not eliminate the static electricity generated by the friction with external equipment. There is still charge accumulation on the front of the garment. Because the conductive fiber is added into the yarn in the process of spinning, the front and back of the fabric are semiconductors, and the positive and negative charges on the surface of the fabric can conduct and cancel each other, which can quickly and evenly eliminate the static electricity generated by the human body and clothing, as well as the static electricity generated by the clothing surface in contact with the outside world, so the clothing has no charge accumulation
in the oil field, petrochemical, refining, chemical and other industries, the main purpose of wearing anti-static clothing and related protective equipment is to eliminate the static electricity generated by the outside world and human body, at the same time, to avoid the accumulation of electric charge, and to eliminate the potential safety hazards caused by sparks generated by electrostatic discharge
therefore, in most high-risk industries, the protective performance of blended antistatic fabric has been accepted. The use of blended anti-static fabric not only improves the anti-static performance, but also reduces the potential safety hazard