DEVELOPMENT OF THE WORKING MODEL OF PRODUCTION REINDUSTRIALIZATION OF DIE STEEL HEAT TREATMENT

Abstract

The article considers the issues related to production reindustrialization using an example of creating a working model of engineering design of the current heat treatment of stamping tool from special steel. In the process of reindustrialization it requires restoring or modernizing the production facilities, lost or outdated during deindustrialization in the postindustrial period. The development is relevant because heat treatment is integral part of the most manufacturing and conditioning processes of different instruments. With the help of national modern equipment there are opportunities for high-quality heat treatment of wide range of special steels in order to ensure the required mechanical properties of products. All major groups of die steels are considered in terms of working properties: steels with increased wear resistance, rehardened steels with high-resistance to crumbling, high impact steels, steels with medium heat resistance and higher viscosity, steels with increased heat resistance and higher viscosity, high heat resistance steels. The requirements to their properties and possible ways of obtaining these properties by different kinds of heat treatment were analyzed. Based on this analysis, by comparing of knowledge about precise use of die steels, required operation properties and possible ways of their obtaining with help of heat treatment, the modern equipment was selected to achieve the required results. There is a possibility for highquality heat treatment of wide range of die steels with Russian modern equipment in order to ensure the required mechanical characteristics of products. Currently, it is important to create modern productions that combine the colossal accumulated scientific and production experience and modern advanced technologies and equipment. It`s quite a difficult task both from a technical and economic perspective.