International Research Journal of Education and Technology

High-performance concrete (HPC) plays an essential role in high thrust structures. General high-performance concrete is an engineered concrete that houses the most workable homes during gloss and solid concrete. Each component's overall performance and excellence are important to the HPC to exploit the compound's full capabilities. HPC has been developed through the use of unusual plasticizers, fine fillers, and various forms of fibers. HPC finishing is not the best now by reducing the water-to- cement ratio. And replacing cement and aggregates with some mineral additives such as silica fume, iron dust, glass dust, and ground granulated blast furnace slag (GGBS), methacholine, fly ash, etc., with chemical additives. From the literature's evaluation, it is understood that the satisfactory mixture, although partially altered through the glass powder, provides high compressive strength. But the surge in split electricity is not that great. And when the iron powder is partially changed, the mechanical concrete houses will be beautified with the increase in the proportion of concrete. The main objective of the company is to expand the overall production of extra concrete (M60) by replacing an exceptional mixture with the remaining 20% glass powder (fixed) and iron powder from 5% to 15% (variable). For HPC to achieve increased electrical values, you need a superplasticizer that reduces water. Workability controls should be implemented on fresh concrete. Strength tests (compressive strength, split tensile strength, bending power) and durability assessments should be performed on hardened concrete, and a contrast is made between high- performance concrete and conventional concrete.