The use of strength upgrading mineral admixtures or extra establishing materials has increased impressive significance from the most recent decade as a key to long administration life of solid structures. As a development material, concrete is having the biggest creation when contrasted with every single other material. The expansion sought after for the elements of cement is met by fractional substitution of materials by waste materials which are acquired by methods for different enterprises. In the present circumstance solid needs exceptional mixes of execution and consistency necessities that can't be constantly accomplished by utilizing traditional constituents and ordinary blending. Concrete is feeble in pressure, has restricted malleability and little protection from splitting. Then again, Due to developing natural mindfulness just as stricter guidelines on overseeing modern waste, the world is progressively swinging to looking into properties of mechanical waste and discovering arrangements on utilizing its important part so that those may be utilized as an auxiliary crude material in other mechanical branches. The present trial examination is done to contemplate the impact of halfway substitution of the bond by Rice husk fiery remains (RHA) with utilizing Steel fiber in cement. The test examination did on steel fiber up to an all-out fiber volume division of 0.5%, 1%, 1.5%, and 2.0 % and bond was halfway supplanted with 10%, 20%, 30% and 40% of RHA based on past research results. The mechanical properties like compressive quality, part rigidity, and flexural quality were examined for cement arranged. All outcomes were resolved at the age of 7, 14 and 28 days of restoring. The research facility results demonstrated that expansion of steel strands fortified RHA into solid expands the mechanical properties.