GRAPHENE POLYMER yarn is a revolutionary polymer yarn infused with graphene used in various fields including apparel. Compared to traditional yarns, graphene polymer yarn is light, yet has strong durability and antibacterial functions, so its application is highly evaluated in various industries.

The manufacturing process of GRAPHENE POLYMER yarn consists of three major steps.

First, GRAPHENE is created and mixed with polymer raw materials to make GRAPHENE POLYMER raw materials. Second, this GRAPHENE POLYMER raw material is processed to create GRAPHENE POLYMER yarn.

Third, GRAPHENE POLYMER yarn is applied to the product.

Graphene polymer yarn, a revolutionary material, boasts a significantly lighter weight compared to traditional yarns while maintaining exceptional strength and durability. This remarkable combination stems from harnessing the impressive mechanical properties of graphene and the durability of polymer-based materials.

Additionally, graphene's antibacterial properties endow garments game from graphene polymer yarn with odor suppression and bacterial growth resistance, ensuring freshness even after prolonged wear.

Furthermore, the exceptional thermal conductivity of graphene polymer yarn effectively manages heat and moisture, enabling clothing made from it to offer a cooler, drier fit.

Beyond apparel, GRAPHENE POLYMER yarn's versatile properties open doors for innovation across diverse sectors like electronics, energy, chemicals, and automobiles, paving the way for new technology and product development.

Graphene fiber is crafted into yarn by incorporating graphene into a fiber manufacturing process, which is subsequently woven into fabric. The Mechanical Engineering & Polymer Processing System (MEPPS) enables a stable fusion of graphene and PET polymer, a technique that uniquely combines heterogeneous materials. This allows for an established mass production system, ensuring competitive pricing and a consistent supply. The use of high-purity graphene results in a white-colored yarn, and thanks to its excellent dyeability, the yarn can be transformed into a spectrum of colorful fabrics.