Effect of coconut shell nanopowder reinforcement in the development of palm fiber composites

Lightweight materials are being employed in aeronautical and automobile industries for high strength, lower weight, energy consumption. Attention is needed to control pollution through the usage of harmful synthetic composites globally. In this work, coconut shell nanofillers reinforced development various palm fiber (leaf stalk, leaf sheath, leaf-spine, fruit) using hand layup technique. Mechanical morphological effects addition nano-coconut-shell-powder addressed. The fibers sandwiched within glass improve strength composites. nanoparticles improves tensile, flexural, impact, hardness, water absorption characteristics. SEM image observations on composite indicate buildup nanomodified matrix residues around bundle. adhesive property confirmed by Fourier transform infrared spectroscopy examination, which reveals presence one additional alcohol/phenol OH stretch, less alkyl CH aromatic bending functional groups. inclusion during fabrication facilitated pushing curves higher temperatures with considerable degradation temperatures, thereby increasing thermal stability making them suitable applications. Development eco-composite changes environmental impact factors aiming sustainability.