For over 150 years, reinforced concrete structures have been used inconstruction. A long-term study of the durability of reinforced concrete structures invarious operating conditions shows that dangerous damages caused by the development of reinforcement corrosion, which pose a threat to publichealth, areoften encountered. Corrosion of reinforcement is usually caused by exposuretoreinforced concrete by atmospheric chemical factors caused by the presenceofaggressive components in concrete, such as sulfates, carbonates, chlorides. Todayindomestic practice there are over 100 different compositions for inhibitingthecorrosion of reinforcing steel. The disadvantages of the existinganticorrosivematerials are their high cost and low accessibility, as well as the impossibilityofusing them to combat multicomponent salt and acid corrosion. Inheonditions of the Aral Sea region, in the production of reinforced concret produc, highly saline water and quartz sand are used, which contain chlorid and supha salts of calcium, magnesium and sodium in various amounts (Table 1). Wit the prence of the listed salts in the composition of reinforced concrete product, steel inforcement is subjected to severe corrosion. Therefore, one of the importat tasks the protection of steel reinforcement in concrete products produced in the coditns of the Khorezm region and the Republic of Karakalpakstan.