-
Carpet Conductive Fiber FilamentSpecification: 20D3F、70D27F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
-
Nylon Conductive Carbon FiberSpecification: 20D2F、20D3F. Substrate: nylon. Conductive Particle: Carbon. Color: Black.
-
Polyester Conductive FiberSpecification: 20D3F、40D6F、216D66F. Substrate: Polyester. Conductive Particle: Carbon. Color: Black、Grey、White. Strength cN/dtex: 3.0.
-
Nylon Conductive FiberSpecification: 20D3F. Substrate: Nylon6. Conductive Particle: Carbon. Color: Black、Grey. Strength cN/dtex: 3.0.
-
Organic Composite Conductive FiberSpecification: 20D3F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
-
Carpet Conductive FiberSpecification: 20D3F、70D27F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black、Grey. Strength cN/dtex: 2.0~3.0.
-
Electronic Textiles Conductive Fiber FilamentSpecification: 20D3F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/white. Strength cN/dtex: 2.0~3.0.
-
Textile Fabric Conductive FilamentSpecification: 20D1F、20D3F、70D27F、200D66F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black、Grey、White. Strength cN/dtex: 2.0~3.0.
-
Textile Anti Static Conductive FilamentSpecification: 95D39F. Substrate: Polyester、nylon. Conductive Particle: Carbon. Color: Black/ White/ Grey. Strength cN/dtex: 2.0~3.0.
WebElastic and electrically conductive filaments can be used as strain sensors for monitoring the mechanical loading of critical components. In order to produce such sensorial...
WebFeb 16, 2021 · Electrically conductive fibers are required for various applications in modern textile technology, e.g., the manufacturing of smart textiles and fiber composite systems...
WebMay 17, 2022 · DOI: 10.1021/acsapm.2c00073 Corpus ID: 248872096; Spinning of Stiff and Conductive Filaments from Cellulose Nanofibrils and PEDOT:PSS Nanocomplexes...
WebIn this work, a water-based spinning method is introduced where cellulose nanofibrils (CNFs) are used to produce stiff and electrically conducting filaments by mixing with the...
Web'Practical and innovative, dedicated and efficient' is our entrepreneurial spirit. We are dedicated to solving all kinds of problems for you with economic and reasonable 70D...
WebIn this work, a water-based CNF spinning process has been utilized to produce stiff and conductive filaments by adding the conductive PEDOT:PSS to the CNF dispersions...