This study is directed to explore the execution of high strength concrete (HSC) made with copper slag as a fine total at consistent workability and to consider the impact of super plasticizer expansion on the properties of HSC made with copper slag. Two arrangement of solid blends are set up with various extents of copper slag. The principal arrangement comprised of six solid blends arranged with various extents of copper slag at consistent workability. The strength and toughness of HSC are for the most part enhanced with the expansion of copper slag content in the solid blend. In any case, the strength and solidness attributes of HSC are antagonistically influenced by the nonappearance of the super plasticizer from the solid glue notwithstanding the change in the solid strength with the expansion of copper content. Every single solid blend did not meet the strength and toughness plan necessities because of the isolation and dryness of the solid glue. Consequently it can be reasoned that the utilization of copper slag as sand substitution enhances HSC strength and toughness attributes at same workability.