METHODS FOR INCREASING THE CORROSION RESISTANCE OF ALUMINUM-BASED COOLING SYSTEMS

This article analyzes the corrosion processes that occur in the cooling systems of automotive lighting fixtures and their impact on the technical condition of these systems. It examines the causes of corrosion in cooling system components, the physicochemical properties of the materials, and the influence of environmental factors. In the course of this research, methods for reducing corrosion and extending the system's service life are considered, including the use of modern protective coatings, corrosion-resistant materials, and the selection of optimal coolant compositions. Furthermore, recommendations are developed to enhance the efficiency of the cooling system and ensure the reliability of automotive lighting devices. The findings of this research will contribute to improving the reliability and corrosion resistance of cooling systems in the automotive industry.