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Carpet Conductive Fiber FilamentSpecification: 20D3F、70D27F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
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Polyester Cnductive Fibers B96-20D-3FB96-20D-3FPolyester Conductive Fibers ,Multi Filament,Black ColorAnti-static Yarn, ESD
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Carbon Filament YarnSpecification: 20D1F、20D3F. Substrate: Polyester. Conductive Particle: Carbon. Color: Black. Strength cN/dtex: 2.0~3.0.
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Gloves Conductive Filament YarnSpecification: 20D3F . Substrate: Polyester. Conductive Particle: Carbon. Color: Black. Strength cN/dtex: 2.0~3.0.
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Carpet Conductive FiberSpecification: 20D3F、70D27F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black、Grey. Strength cN/dtex: 2.0~3.0.
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Gloves Conductive FiberSpecification: 20D1F、20D3F. Substrate: Polyester. Conductive Particle: Carbon. Color: Black、white. Strength cN/dtex: 2.0~3.0.
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Fabric Conductive FilamentSpecification: 20D3F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
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Fabric Anti Static Conductive FiberSpecification: 100D39F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
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Textile Anti Static Fiber White FilamentSpecification: 20D3F. Substrate: Polyester. Conductive Particle: Carbon. Color: White. Strength cN/dtex: 2.0~3.0.
US-2017274390-A1 chemical patent summary....
Conductive (Anti-Static) cloth is a synthetic material, most often a polyester, woven throughout with stainless steel wire or carbonized filament to dissipate static electricity. Non-conductive...
To fulfill the customers' over-expected satisfaction, we have now our strong crew to provide our greatest general assistance which incorporates promoting, gross sales, planning, creation, top...
We offer metal fiber conductive yarn for smart textiles.we are professional conductive fiber manufacturer in China... China Manufacture UV Resistant Upf30+ FDY 68d/24f Ply 90d/36f Polyester Yarn We...
Nov 05, 2019 · A team of Goddard technologists are experimenting with coated pigments to solve one of NASA’s thorniest challenges: how to keep the orb’s irregularly shaped, razor-sharp dust...
The conductive fibers have silver coatings of ~ 2 μm in thickness, which may suffer from corrosion and weathering. This, in turn, decreases their surface conductivity. As shown in Figure 10.16b,...