Effect of green hybrid fillers loading on mechanical and thermal properties of vinyl ester composites

The need for eco-friendly materials has been attracted due to renewability, abundance availability, low cost, and so on. Therefore, the search bio fillers fabrication of bio-based composite is gaining more attention in both academic industry circles because it promotes sustainability. present study represents utilization biomass solid waste hybrid form Tamarind Seed Date Filler (TSF/DSF) into polymer reinforced which explored first time by a compression molding technique. These are bio-waste that can be obtained at minimal cost from renewable sources. An attempt made use these reinforce matrix ranging 0 50 wt%, their physical, mechanical, thermal properties were investigated. In general, inclusion increases mechanical properties, although addition had only minor impact on properties. When compared pure vinyl ester resin, composites revealed significant enhancement tensile, flexural, impact, hardness with improvements 1.51 times, 1.44 1.87 1.46 times respectively, 10 wt% filler loading. interaction fractured testing samples was evaluated scanning electron microscope. Based findings, may suitable applications where consideration compromises qualities acceptable.