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form an anti-friction barrier that prevents direct contact between aggressive chloride
ions and the metal's active centers. Directions and practical recommendations have
been formulated regarding the application of the developed environmentally safe
composition in industrial settings, particularly in the aircraft and mechanical
engineering industries. The scientific results obtained indicate the potential for the
effective application of the developed composition to protect structural materials
against corrosion-induced mechanical damage, thereby significantly extending the
service life of critical components and mechanisms.
Key words: aluminum alloy, corrosion inhibitor, chloride-containing
corrosive environment, sodium alginate, zinc acetate, structure, adsorption,
inhibition synergism, barrier layer, anti-corrosion efficiency, corrosion current
density, corrosion potential, tribocorrosion, mechanical properties, friction
coefficient.
