Analysis on the impact of recycled ceramic waste, fiber format, and manufacturing techniques on polymer composite properties

Abstract Dumping of construction waste is a growing issue in current situation and recycling reusing are the suitable solutions for solving it. This effort aims to recycle reuse ceramic waste. work examines effects inclusion tile powder, change glass fiber form which was used as reinforcement, method manufacturing polymer composite on properties composite. Normal glass-reinforced composites have good tensile, flexural, toughness properties. The three forms fibers study includes, chopped mat, mesh, woven fiber. Fillers added improve hardness tribology related attributes. Composite fabrication carried out by conventional hand layup, room temperature compression molding, hot molding process. goal harden without reducing tensile strength ASTM D3039, D2240, D570–98 procedures were adapted measuring water intake respectively. Characterization done through SEM image analysis. A result 160.21 MPa strength, Shore D value 96.7, absorption 0.71 percent after 24 h testing recorded. Adding powder increases its reduces surface defects affecting Fiber also affect output some extent. effect property checked found be negligible makes it durable reliable moist environments. can automotive parts, environment, window door frames, electrical panels.