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Textile Conductive YarnSpecification: 50D+20D、150D+20D、300D+20D. Substrate: Polyester、Nylon. Conductive Particle: Carbon. Color: Black、Grey. Antistatic Performance Ω/cm: 10^5~10^8.
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Polyester Conductive Yarns for ESD ClothesSpecification:75D+20DStrength:3.8cN/dtexAntistatic Performance:10^5Ω/cmAdvantages:anti-static, dust-proof
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Fabric Anti Static YarnSpecification: 50D+20D、75D+20D、150D+20D. Substrate: Polyester、Nylon. Conductive Particle: Carbon. Color: Grey. Antistatic Performance Ω/cm: 10^8.
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Conductive Yarn for Work UniformsSpecification: 95D39F. Substrate: Polyester、Nylon. Conductive Particle: Carbon. Color: Black. Antistatic Performance Ω/cm: 10^5~10^7.
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Conductive Yarn for Anti-static WorkwearsSpecification: 75D+20D、150D+20D. Substrate: Polyester. Conductive Particle: Carbon. Color: Black. Antistatic Performance Ω/cm: 10^6~10^7.
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Carpet Anti Static Conductive YarnSpecification: 100D39F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
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Textile Anti Static Conductive YarnSpecification: 20D1F、20D3F. Substrate: Polyester. Conductive Particle: Carbon. Color: Black、Grey、White. Strength cN/dtex: 2.0~3.0.
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DTY Polyester Conductive Yarn 70D for KnittingSpecification: 50D+20D. Substrate: Polyester. Conductive Particle: Carbon. Color: Black、Grey. Antistatic Performance Ω/cm: 10^5.
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...
7 rows · Shieldex® Conductive Yarns, Threads, and fibers can be used in a variety of applications due to ......
Textile Conductive Yarn Textile Polyester Raw Yarn Polyester conductive yarn 32 Acrylic/Polyester Conductive Yarn White Bamboo Charcoal Yarn Linen Cotton Slub Acrylic...
Massebeuf textiles offers a range of conductive yarns to fit the different technologies of knitting, weaving or braiding. Into your project, we can combine the conductive yarn with other mono or...
Dec 09, 2020 · Conductive yarns can be made by blending conductive fibres with conventional staple fibres, ......
The density of conductive yarns in the textile structure (woven, knitted or sewn) is important for modeling of textile conductive samples designed for wearable electronic devices (sensors and...