A STUDY OF THE INFLUENCE OF ELECTROCHEMICAL PROCESSING PARAMETERS ON THE PHYSICAL AND MECHANICAL PROPERTIES OF THE SURFACE LAYER OF MACHINE PARTS

Abstract

The article discusses the introduction of electrochemical equipment (Echo) as an effective technological process, aimed at increasing the operational efficiency and efficiency of the machine. The method is based on the management of anodic expansion of efficiency, which ensures the quality of micronutrients, the use of defective cells and the formation of passive structures with improved physical and mechanical characteristics.

The analytical review of current methods of improvement and the transition of the electrochemical industry to mechanical and thermal processing was carried out. In the experimental part, the results of the application of soil, electrolytes and technological regimes to the indicators of efficiency, microversibility, reliability and corrosion resistance of materials were presented.

The results of the study showed that the introduction of a combined electrolyte (NaNO₃ + NaCl) at the site of the current 12-15 a/cm2 provides optimal conditions for the formation of a protective cell, improving efficiency by 60-80% and reducing corrosion resistance 30-40 %.

The received data will provide an Echo for improvement and improvement of details, working in conditions of increased training, vibration and corrosion resistance. The presented charts and charts indicate the high technological efficiency of the method in the tasks of increasing the resource of machines and mechanisms.