Тhe use of lightweight concrete is a very important task, since it calls for solving many topical problems of modern construction and simultaneously address environmental, resource and economic problems through technological and industrial wastes upon application and production of a local porous fillers and a multicomponent astringent. The results of experimental research analysis of load carring capacity, crack resistance and deformability fragments of internal wall panels from haydite concrete on multicomponent astringent. Study previously conducted for the selection of the composition of сeramsitoperlit concrete on multicomponent astringent is allowed to choose the optimal compositions of concrete with a lower cement consumption, use of waste industry and the reduction of the own weight of the structure. The data on the load-bearing capacity, crack resistance and deformation capacity of models and fragments internal wall panels made from сeramsitoperlit concrete on multicomponent astringent are experimentally obtained. The referent analysis of the experimental and theoretical failure loads is made. The executed analysis of research of load-bearing capacity, crack resistance and deformation capacity of models and fragments internal wall panels, made from сeramsitoperlit concrete on multicomponent astringent shows good convergence of the received and settlement results, that done according applicable rules.The technical ability of using of сeramsitoperlit concrete on multicomponent astringent in the construction of civil buildings is proved. Research of structures from сeramsitoperlit concrete on multicomponent astringent shows, that their calculation may be done according applicable rules to calculation of general сeramsit concrete.
