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Conductive Carbon Filament Yarn 40DSpecification: 40D6f. Substrate: Polyester. Conductive Particle: Carbon. Color: Black. Strength cN/dtex: 2.0~3.0.
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Polyester Cnductive Fibers B96-150D-48FB96-150D-48FPolyester Conductive Fibers ,Multi Filament,Black ColorAnti-static Yarn, ESD Fabric
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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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70D Nylon Conductive Carbon DTYSpecification: 70D24f DTY. Substrate: Nylon. Conductive Particle: Carbon. Color: Black. Strength cN/dtex: 2.0~3.0.
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White Dyeable Antistatic YarnSpecification: 20D3F. Substrate: Polyester. Conductive Particle: Carbon. Color: White. Antistatic Performance Ω/cm: 10^10.
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Conductive Carbon Filament Yarn BlackSpecification: 20D1F. Substrate: Polyester/nylon. Conductive Particle: Carbon. Color: Black.
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Polyester Conductive FiberSpecification: 20D3F、40D6F、216D66F. Substrate: Polyester. Conductive Particle: Carbon. Color: Black、Grey、White. Strength cN/dtex: 3.0.
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Nylon Conductive FiberSpecification: 20D3F. Substrate: Nylon6. Conductive Particle: Carbon. Color: Black、Grey. Strength cN/dtex: 3.0.
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Organic Composite Conductive FiberSpecification: 20D3F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
Reliable, safe and durable, Bekinox® stainless steel fibers and yarns are the perfect conductive media for your smart textiles. This wide range of products can be tailored to meet various...
The newest data state that the conductive textile was valued at US$ 1.02 billion in 2016 and is projected to grow at a CAGR of 23.2% from 2021o 2026 to $6.6 Billion . And these numbers...
wool conductive fibers. Textile Conductive Fiber Filament. Mulfunctional UHMWPE Fibre, High Strength Polyester Filam... Excellent Bend Recovery Polyester Fiber for Brooms. Carbon Fiber...
CutFiber (chopped & sized staple) Our chopped/sized conductive fiber staple is available with a wide range of nickel coating levels and sizing chemistries in lengths from 6 mm to 24 mm. This...
Dec 07, 2011 · Heat conductivity: Wool fibre is a part that is a poor conductor of heat and therefore the fabrics made from the fibre are considered most...
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...