BHIMAL FIBER REINFORCED CHEMICALLY FUNCTIONALIZED HIGH DENSITY POLYETHYLENE COMPOSITES BY PALSULE PROCESS

Abstract

In more recent times, the composite fabrication sector has witnessed a surge in the adoption of novel composite materials that minimize their negative environmental effects. These building blocks are made using environmentally conscious method of production in addition to replacement of synthetic supplies with enhanced sustainable bio-based substances, thereby optimizing the use of energy as well as resources. In this context, natural fiber composites are appealing candidates to oust synthetic fiber composites in several industrial fields. This thesis performs Literature Survey of Natural Fiber Reinforced HDPE composites by Fiber Treatment, Compatibilizer, their Combination and Palsule processes. For this purpose, the thesis outlines the composite based on bhimal fiber (15%, 25%, 35%) and CFHDPE matrices, investigates the resultant composite mechanical properties, and the main manufacturing processes adopted for natural fiber composite production. The developed BMF composites show potential furniture applications.