Nowadays, a decline in usable life and the cost of repair and reconstruction of damaged concrete structures due to corrosion and other destructive factors in one hand, and a rise in international cement cost and emission of more than one ton of CO2 gas and about 180 kilograms of dust against each ton of cement production on the other hand, has given rise to the use of a substance as a replacement for cement in concrete as something necessary. Metakaolin is a produced mineral substance, which besides having the filling feature in producing self-densed concrete has also pozzolan feature. It is noteworthy that environmental pollution caused by producing this substance is a lot less than clinker. Therefore, in the research the respective percentage of 0, 10, 15, 20, 25 Metakaolin was replaced with cement in self-densed concrete. Accordingly, 5 concrete compounds with the scale 38 percentage of water against agglutinate were provided. In order to prepare these compounds a super poly-carboxylic-based lubricant was used. After producing any compound, some of its rheological features including Slump flow, T50 time, L box, U box and V funnel were checked in the first place. Mechanical features which were studied in this research included bisected pressurized resistance and tensile resistance at stages of 7, 28, 56 and 90 days. Moreover, persistive features in this study included determining water absorption, resistance against melting and freezing cycle, resistance against penetration of water under pressure and specified electrical resistance of concrete. Finally, optimal results for each variable were determined which indicates positive function experimental samples containing Metakaolin comparing with non-Metakaolin concrete ones.