This research investigates the impact of graphene incorporation into fabric gloves on thermal conductivity, flexibility, durability, and washability. Systematic experiments were conducted, measuring the baseline thermal conductivity of untreated fabric gloves and subsequently testing graphene-infused gloves under controlled conditions. The results demonstrated a substantial increase in thermal conductivity, indicating effective graphene dispersion and integration within the fabric matrix. Comparative analysis revealed a noticeable improvement, with a percentage increase in thermal conductivity. The enhanced thermal conductivity of graphene-infused fabric gloves contributes to improved temperature regulation capabilities. Athletes facing challenges ranging from intense heat during rigorous activities to cold environments during winter sports benefit from efficient heat dissipation, preventing overheating and maintaining a comfortable microclimate. In colder conditions, the enhanced thermal conductivity creates a thermal barrier, preserving body heat. This dual functionality provides an adaptable and responsive thermal management system within the fabric gloves, optimizing athlete comfort in diverse environmental conditions.

Keywords: Temperature regulation, Flexibility, Durability.