Retardant fabric textile tradition traditional anti-static anti- static methods

Flame retardant fabric textile tradition traditional methods antistatic antistatic processing methods are: use of antistatic fiber . Antistatic fiber has a high moisture absorption and moisture regain balance , capable of adsorbing water molecules in the air , that has good antistatic properties of textiles , which is not easy to generate static electricity , the static electricity generated on the already relatively easy escape . Applying antistatic agent. Mechanism with antistatic antistatic fiber . Stainless steel fibers . The use of metal fibers have good conductive properties make the static charge generated easily escape . UV fabric woven or organic conductive filaments embedded organic conductive staple fibers . Antistatic mechanism and stainless steel and other metal conductive fibers , similar to that played easily lead the charge dissipation effect. The organic conductive fiber , the flame retardant grade not only the conductive carbon material used Gray , but also to a metal oxide , a metal carbide conductive materials near white white or organic conductive fibers. Antistatic new technology has emerged in recent years, and the promotion of two conductive fibers can be used in textile antistatic processing . ) Silver fibers or filaments. Multi retardant composite fabric of the silver fiber has a good antibacterial effect and conductivity, and therefore contain less silver textile fibers ( about 1% ) when there is anti-bacterial and good antistatic function , if the fiber used in the silver so that in the fabric to form a conductive network structure and that this structure is relatively dense , but also has excellent electromagnetic shielding effect . For antistatic function , the conductivity of the silver fibers is good , electrostatic charge dissipation ability of the organic conductive fiber , so in general , better than the organic conductive antistatic fibers.
) Conductive polymer materials. Such as polyaniline , polypyrrole , polythiophene . These conductive polymers in recent years began to enter the engineering applications . Now conducting polymer fibers or coatings could be made , it has a lower resistivity can be used as a textile antistatic processing new materials .