FABRICATION AND CHARACTERISATION OF CHITOSAN PALM FIBER REINFORCED: REINFORCED POLYMER COMPOSITES

Name: FABRICATION AND CHARACTERISATION OF CHITOSAN PALM FIBER REINFORCED: REINFORCED POLYMER COMPOSITES
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Bol Palm fiber, an abundant and eco-friendly lignocellulosic material, offers significant potential as a natural reinforcement in polymer matrix composites. In this study, palm fibre-reinforced polyester composites were fabricated using chitosan as a natural biofilter to enhance bonding and thermal stability. Three composite plates were prepared with varying filler concentrations (1%, 3%, and 5%) while keeping the fibre content constant at 60%. The specimens were produced using the hand lay-up technique and subjected to mechanical and thermal characterisation, including tensile, flexural, impact, hardness, thermal conductivity, water absorption, flammability, and machinability tests.The results indicate that moderate chitosan filler content (3%) enhances the fibre-matrix interfacialadhesion, thereby improving tensile and flexural strengths. Increased filler concentration beyond 5% slightly reduces mechanical performance due to filler agglomeration.

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Beschrijving (1)

Palm fiber, an abundant and eco-friendly lignocellulosic material, offers significant potential as a natural reinforcement in polymer matrix composites. In this study, palm fibre-reinforced polyester composites were fabricated using chitosan as a natural biofilter to enhance bonding and thermal stability. Three composite plates were prepared with varying filler concentrations (1%, 3%, and 5%) while keeping the fibre content constant at 60%. The specimens were produced using the hand lay-up technique and subjected to mechanical and thermal characterisation, including tensile, flexural, impact, hardness, thermal conductivity, water absorption, flammability, and machinability tests.The results indicate that moderate chitosan filler content (3%) enhances the fibre-matrix interfacialadhesion, thereby improving tensile and flexural strengths. Increased filler concentration beyond 5% slightly reduces mechanical performance due to filler agglomeration.

Lees meer