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prisha gupta
prisha gupta

Thermal Conductivity and Tensile Strength in Graphene Enhanced Textile

A Graphene Enhanced Textile is a functional fabric where graphene—a single layer of carbon atoms in a hexagonal lattice—is integrated into the yarn or applied as a coating. The technical value lies in graphene's "Ultra-High Thermal Conductivity" and "Electron Mobility."

When worn, the graphene disperses body heat $50$% more efficiently than standard polyester, preventing "Thermal Hotspots." Furthermore, the integration of graphene increases the Tensile Strength and "Abrasion Resistance" of the fabric without adding significant weight. Because graphene is also "Anti-microbial," it disrupts the cell membranes of odor-causing bacteria, providing a permanent, non-chemical odor-control solution that does not wash out over time.

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