FORMATION OF CONDUCTIVE FABRICS
Conductive masterbatch
Carbon black particles dispersed in the chips to form high concentration Conductive masterbatch
Two-component melt spinning
Carbon Bi-component conductive fibers are produced by melt spinning
Blended or blended silk
Ply the conductive filament with other yarn Blending the conductive short fibers or tops with other fibers
Anti-static fabric
Adding 1-3%conductive fibers in weaving process to make the fabric
ADVANTAGES OF CARBON CONDUCTIVE FIBERS
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Permanent dust-proof and antistatic |
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Resistant to friction and bending |
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Resistant to more than 100 washes |
The temperature resistance is 215℃ |
The fiber adopts conductive carbon powder imported from Japan.It has low resistance,oxidation resistance,acid and alkali resistance and no shedding. The carbon black particles are uniformly attached to the inner or surface of the fiber by the two-component composite melt spinning process,which can make the carbon black particles have permanent conductivity function,washing resistance and attenuation resistance,and can pass various anti-static tests all over the world.
