Flexural, Impact and Tensile behaviour of Environmental Friendly PLA Composite Plate

The biodegradable nature and load bearing capacity of Polylactic Acid (PLA) made it as an exact replacement to conventional plastics in automobile applications. The natural fiber reinforced composites always showcase good mechanical features higher than the single fiber fortified composites and nearly have square with highlight as of engineered fiber composites. This paper displays the extraction and arrangement procedure of the Polylactic corrosive (PLA) composites utilizing the normally accessible fiber like Sansevieria fiber. Inferable from its high solidarity to weight proportion and vitality change these normal strands are equipped for supplanting engineered materials in different applications. Sansevieria fiber have the greatest elastic and effect quality when contrasted and other fiber composites. The outcome demonstrates that the Sansevieria composites have the greatest malleable and sway properties of normal composites with Polylactic corrosive.