Aramid Fiber Composites for Sporting Equipment: Exploring Preparation Methods and Mechanical Properties

Abstract

This study investigates the novel utilization of aramid fiber composite materials in sports equipment, elucidating their mechanical properties and development processes. Aramid fibers, despite their relatively brief 30-year existence in the materials realm, have emerged as pivotal elements in composite material research. Their exceptional traits, including high tensile strength, resistance to corrosion, impact resilience, pliancy, and effective thermal insulation, have rendered them pivotal in diverse applications, particularly in sports equipment. This research delves into the meticulous preparation methods of aramid fiber composites and comprehensively analyzes their mechanical attributes. Experimental findings ascertain a direct and proportional relationship between the tensile strength of these composites and the surface density of the fabric. Moreover, investigations into impact strength and wear rate, particularly at a 10% aramid fiber content, showcase optimal performance under varying temperature conditions. This study accentuates the immense potential of aramid composites in elevating the performance and durability of sports equipment, thereby paving the way for significant advancements in this domain.