Conductive yarn material has significant influence on antistatic property. The conductive yarn materials used for embedded Antistatic Fabrics are: metal fibers (such as stainless steel, copper, nickel, aluminum and other metal fibers, the diameter of which is usually 4-16 microns), carbon fibers and conductive fibers (made by coating on the surface of chemical fibers or adding conductive materials inside them).
The selection of conductive yarn materials must be based on the physical properties of basic fabrics and the antistatic properties of finished products. Take conductive fibers as an example: The main technical indicators of conductive fibers include matrix material, type, content, structure, color, resistivity and fineness of conductive materials. In theory, the matrix material of conductive fibers should be in accordance with the fibers used in basic fabrics. The type, content and structure of conductive materials determine the color and resistivity of conductive fibers, so they should be selected reasonably according to the requirements of antistatic property and appearance color of products.