Enhancing sports equipment performance: Development of polyvinyl chloride-based nanocomposites with plantain wood powder and nano clay

Nanotechnology enables exact manipulation at the nanoscale, resulting in game-changing solutions across numerous sectors. This work investigates the development of a new polyvinyl chloride (PVC)-based nanocomposite using plantain wood powder and nano clay, with a focus on increasing mechanical qualities for use in sports equipment. The use of nano clay significantly improves elastic modulus and bending resistance, providing cost-effective and environmentally friendly alternatives to traditional materials. Furthermore, the material has an excellent resistance to water absorption, ensuring its endurance in a variety of climatic circumstances. The proposed nanocomposite has outstanding qualities for protective equipment, helmets, and sports gear, thereby enhancing player safety and performance. The incorporation of nano clay into PVC composites addresses the limitations of traditional materials, particularly their durability and flexibility issues. The findings highlight the material's potential to transform sports equipment manufacturing by offering lightweight, long-lasting, and environmentally responsible alternatives. Furthermore, the material's biodegradability aligns with global environmental goals. This research highlights nanocomposites' ability to advance material science and enhance the quality of sporting equipment.