INCREASING THE RELIABILITY OF MECHANISMS OF METALLURGICAL EQUIPMENT THAT USES SHS RESOURCE-SAVING TECHNOLOGY

Abstract

In the course of the study, the use of advanced resource-saving technologies in the field of mechanical engineering, focused on the optimization of metallurgical production, was analyzed in detail. The main emphasis was placed on the study of complex saturating media, proposed as a means to improve the reliability of the operation of mechanical equipment. Representing an innovative approach, the study proposes the appropriate application of methods for surface hardening of machine parts using modern technologies under dynamically changing temperature conditions typical for metallurgical processes. Statistical data and experimental results confirm the effectiveness of the proposed technological solutions, and also make it possible to identify the optimal parameters and conditions for their application. Based on the conducted studies, it can be argued that the use of resource-saving technologies in the metallurgical industry contributes to a significant reduction in energy costs and a reduction in the time of production processes. This is of fundamental importance for improving the efficiency and competitiveness of industrial enterprises, contributing to the overall stability and sustainability of the industry, as well as to environmental protection. In addition to optimizing production processes, resource-saving technologies also make a significant contribution to improving the economic efficiency of enterprises. Reducing energy costs and improving equipment reliability can reduce operating costs and improve overall business profitability