Bimetallic material for friction and wear joints
This paper considers an increase of the operational properties of the agricultural machines actuating devices components using the pulse technologies. The purpose of this work is to develop composite wearresistant and antifriction materials for the manufacture of products used in friction and wear joints, using highenergy pulse action. The relevance lies in the need for the development of domestic production of working bodies of agricultural machinery. The combination of intensive plastic deformation and highspeed liquid cooling when manufacturing the components with transition layers makes it possible to achieve the optimum ratio of strength and viscosity characteristics. The offered technologies are an alternative to foreign scienceintensive technologies as in real conditions they allow achieving higher characteristics using cheap steel brands as constituent components when manufacturing the composites.