Composite materials from oil palmfiber enhance sustainability by utilizing renewable resources,reducing depen-dence on non-renewable materials,and lessening environmental impact.Despite their mechanical and dimen-siona...Composite materials from oil palmfiber enhance sustainability by utilizing renewable resources,reducing depen-dence on non-renewable materials,and lessening environmental impact.Despite their mechanical and dimen-sional stability limitations,oil palmfiber-based polymer composites offer significant advantages,such as natural abundance,potential weight reduction,and cost-effectiveness due to local availability and renewability.The growing interest in oil palm hybrid composites,made from blending differentfibers,is due to their custo-mizable mechanical and physical properties.Hybridization is one of the most effective methods to reinforce and improve the performance of oil palm-derived composite materials.This review investigates the structural qualities of hybrid composites made from oil palmfibers,their suitability for diverse applications,and recent advancements in thefield.By focusing on the availability,properties,applications,challenges,and future direc-tions of oil palmfiber hybrid composites,this review highlights the potential of these materials to enhance mechanical and functional properties,thereby contributing to sustainable development and innovation in com-posite materials.展开更多
文摘Composite materials from oil palmfiber enhance sustainability by utilizing renewable resources,reducing depen-dence on non-renewable materials,and lessening environmental impact.Despite their mechanical and dimen-sional stability limitations,oil palmfiber-based polymer composites offer significant advantages,such as natural abundance,potential weight reduction,and cost-effectiveness due to local availability and renewability.The growing interest in oil palm hybrid composites,made from blending differentfibers,is due to their custo-mizable mechanical and physical properties.Hybridization is one of the most effective methods to reinforce and improve the performance of oil palm-derived composite materials.This review investigates the structural qualities of hybrid composites made from oil palmfibers,their suitability for diverse applications,and recent advancements in thefield.By focusing on the availability,properties,applications,challenges,and future direc-tions of oil palmfiber hybrid composites,this review highlights the potential of these materials to enhance mechanical and functional properties,thereby contributing to sustainable development and innovation in com-posite materials.
