Abstract
Using the methods of physicochemical analysis, a new borate nitrogen compound (C3H4N2 H3BO3 2H2O) was obtained, the study of the effect of which on the anticorrosion resistance of steel 10 in an aqueous medium allows us to conclude that it has a greater inhibitory effect compared to boric acid and imidazole. With an increase in the concentration of the compound in the medium under study, the corrosion rate decreases. The resulting compound is an effective corrosion inhibitor of predominantly anodic action for use as part of various process media in the repair industry.
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