Biodegradable composites for filament winding process

摘要: Abstract The extensive use of composites materials has created disposal and environmental issues. With awareness preserving the environment, environmentally friendly, sustainable biodegradable have been started. From few decades, natural fiber-reinforced (NFRC’s) bio-degradable resins are used extensively for automotive, construction other applications. hybridization synthetic fiber with gained attention researchers. axisymmetric components such as pressure vessel, driveshaft, storage tanks, pipes, etc. fabricated by filament winding process. Commonly glass, carbon, aramid fibers this is challenging in these not continuous, hydrophilic nature, poor bonding matrix, available geographically, less tensile strength compare to fibers. This paper intended explore potential High cellulose content low microfibril angle (MFA) plant responsible high fiber. Surface modification techniques improve adhesion between matrix which results improving composite. Few researchers sisal, flax jute contains, an outline process parameters like tension, pattern, angle, optimum pattern plant-based their properties highlighted Also, surface a also discussed. global composite vessel material market expected grow at Compound Annual Growth rate (CAGR) 23% from 2017 2023. development new hybrid made suitable need be discovered.