Development and Optimization of Epoxy-Resin Based Cement Reinforced with Low-Cost Fly Ash for High Durability Environmentally Friendly Cement

Abstract This research investigates the development of a novel, high-performance cement composite to address the limitations of traditional cement, including its environmental impact and durability issues. The study focuses on the incorporation of epoxy resin and fly ash to enhance the mechanical properties, durability, and sustainability of cement-based materials. A comprehensive experimental program was conducted to evaluate the effects of varying epoxy resin and fly ash dosages on the composite's properties. Results indicate that the incorporation of epoxy resin and fly ash significantly improves the composite's performance, including enhanced mechanical strength, increased resistance to acid and alkaline environments, and improved durability. The findings demonstrate the potential of this novel cement composite to offer a sustainable and high-performance alternative to traditional cement for construction applications