INFLUENCE OF TECHNOLOGY OF SYNTHESIS ON STRUCTURE AND PROPERTIES OF THE SINTERED COMPOSIT OF SYSTEM Ti-Fe-C

Abstract

Purpose. Comparisons of the traditional stove method of sintered and SHS-process and their influence on physicmechanical properties of composition material, got on the basis of charge from powders of titan, steel of BBS15 and carbon. Design/methodology/approach.. By authors properties of material were considered on the basis of Ti-Fe, that got the traditional stove method of sintered, which is an charges of energy. In this case we suggest to use a SHS-method which with less expenses and more simple equipment allows to get materials with the best physics-mechanical by properties. Findings. More strong descriptions of material got by the method of SHS in 1,5 times higher, than for standards got by the of stove method. Originality/value. It is expedient to use wastes of machine-building production due to SHS-process for the receipt of construction materials.