Graphene conductive yarn(sample)
Graphene conductive yarn(sample)
Sample price(Please consult for large freight charges)
·Material: Graphene fiber + polyester/nylon
·Yarn count: 25D, 50D, 75D, 100D, 150D, etc
·Color: Raw black
Description:
Dongguan Velve Thread Manufactury proudly presents Graphene-Enhanced Yarn, integrating the thinnest, hardest, and most conductive nanomaterial ever discovered. This advanced yarn benefits from graphene's exceptional properties, offering unparalleled strength, durability, and electrical conductivity. Ideal for high-performance applications, our Graphene-Enhanced Yarn sets a new standard in innovative textile solutions, combining cutting-edge technology with superior quality.
Features:
1. Conductive.
2. Anti-bacterial.
3. UV protection.
4. Humidity absorption and breathability
5. Anti-static.
Product name
Product name
Material
Material
Feature
Feature
Style
Style
Application
Application
Package
Package
about 1kg/bobbin
![Graphene conductive yarn(sample)](http://velve.cn/cdn/shop/products/Graphene_conductive_yarn_d.jpg?v=1702885078&width=1445)
![Graphene conductive yarn(sample)](http://velve.cn/cdn/shop/files/723b38951beae1bbc5cdd7c31ab93776.gif?v=1720073436&width=1445)
![Graphene conductive yarn(sample)](http://velve.cn/cdn/shop/products/Graphene_conductive_yarn_b.jpg?v=1720073436&width=1445)
![Graphene conductive yarn(sample)](http://velve.cn/cdn/shop/products/Graphene_conductive_yarn_c.jpg?v=1720073436&width=1445)
![Graphene conductive yarn(sample)](http://velve.cn/cdn/shop/products/Graphene_conductive_yarn_a.jpg?v=1720073436&width=1445)
![Graphene conductive yarn Surface resistance](http://velve.cn/cdn/shop/files/graphene_fiber_conductive_yarn.jpg?v=1720073436&width=1445)
Collections
-
Luminous series
Experience the enchanting glow of our luminous series at Dongguan Velve Thread...
-
Reflective series
Illuminate your creations with Dongguan Velve Thread Manufactury's Reflective Series. Explore our...
-
Conductive series
Discover the future of textile technology with our innovative Conductive Series at...