MECHANICAL CHARACTERIZATION AND MICROSTRUCTURAL ANALYSIS OF SNAKE GRASS WITH REINFORCED POLY LACTIC COMPOSITES

The recent years, an approach of plastic and polymer injection molding operative course of action was simulated in sequencing in order to develop the most ideal mixer way of fiber reinforced polymer composite such as snake grass fiber and the matrix of polymer composite material. The specimen [Composites and polymer plates] while cut failed to ASTM common tests to examine mechanical characterization of tensile and flexural properties. The considering the substances matrix composites SG using PLA contemplating pounds 10 to 30%. The special tested procedure of composites from the super reinforced version manufacturing process in injection molding under process. The FRP composites had been considered homogenous load evaluation of this supply of fibers with polypropylene. Even the characterization of mechanical components while tracks which the fiber compound matrix composites didn't have a superior noun of the matrix and fiber eventually morphological investigation of the microstructure scrutinized analysis of the composites can be easily tracked by SEM techniques. The version of outcome proved to be an analysis numerically compared with top performance and equilibrium.