Improved mechanical properties of natural-synthetic hybrid composites

In Recent times, agriculture residue resembles sugarcane bagasse attracted the attention of researchers as it is considered a type reinforcement for polymeric composites used in industrial area. This study an attempt to utilize (natural fiber) hybridized with glass fiber (synthetic one fabricate new types hybrid composites. To obtain optimum mechanical properties, six different layering sequence fibers amounts were fabricated via hand lay-up method and then compression molding was applied. The tensile, impact, flexural hardness behavior compared. Scanning electron microscopy adapt analyze natural composite specimens’ damage. Results revealed that properties bagasse/polyester can be enhanced by its hybridization reinforcement. Different Layering configurations relative have noticeable impacts on properties. advantages reinforcements this work are low price besides light weight comparable Consequently, recommended utilized moderate load applications. Moreover, suitable selection stacking produces attaining property profiles which close fiber/polyester terms specific