Conductive Cotton Spun Yarn

Environmentally friendly non-metallic conductive yarn--A graphene quantum fiber that can brighten the bulb

With the continuous development of nanotechnology, graphene/polymer-based composite fibers can be developed by introducing graphene nanoparticles into a polymer fiber matrix. The introduction of graphene is beneficial to improve the properties of polymer fiber, such as strength, heat resistance, weather resistance, antistatic, etc., and enhance the overall performance and application fields of fiber materials.

The fibers composited by graphene are cellulose fibers such as pure cotton and viscose, and synthetic fibers such as polyester, nylon, acrylic, spandex, aramid, polyvinyl alcohol, sodium alginate and polyacrylic acid. The composite method includes a direct padding method, a spray coating method, a compounding liquid method, a finishing method, a crosslinking modification method, and the like. The graphene composite fiber can fully exert its excellent characteristics, and the content is not high, the cost is low, and the quality is stable, washable and durable.

The modification of fabrics with graphene compounds is a highlight of graphene development. The methods used include fusion, grafting, wetting, deposition, coating, etc., and strive to give full play to the excellent properties of graphene and develop new functional textiles such as antibacterial, deodorant, UV-resistant, anti-static, fireproof and radiation-proof functional garments. Etc.; Development of industrial textiles, such as conductive, filtration, wearable equipment, aerospace and marine textiles.

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Company Profile

Taierxin specializes in the production of conductive fibers, conductive composite yarns, conductive short fibers and tops. The monthly output is 30 tons, and free samples are sent.