STUDY OF THE EFFECT OF THE CARBIDATION PROCESS ON THE PROPERTIES OF TUNGSTEN CARBIDE POWDER
Primkulov ShTermez Institute of Engineering and Technology, UzbekistanShakirov Sh" Materials Science" department, Tashkent State Technical University, UzbekistanS ProkopenkoV BobrovSh KarimovSh MamirovShI KhabibullayevaB BektemirovN KhusanovP KrestovozdvijenskiiT SuvonovichK Urokov KamoliddinS Bektemirov BegaliR HerberW SchubertB LuxA MukhopadhyayB BasuV FalkovskiyL KlyachkoA AllanazarovA KurlovA RempelY BlagoveschenskiyS NurmurodovA RasulovKhT PardayevM RakhmonovRasulovAllanazarovT PardaevJ UlashovA AkhmedovM GopirovYu-Cheng & WuYu YangXiaoyue TanLuoLaima & Zan& XiangXiao-Yong & ZhuQiu XuJi-Gui ChengA MgretV VitryF Delaunois
ABI
Abstract
The article presents a study of the effect of the carbidization process on the properties of tungsten carbide powder. The main properties of tungsten carbide (WC) powder include structurephase composition, grain size, particle size and shape, and bound and free carbon in the content. The quality of tungsten carbide powder is mainly determined by the tungsten carbide (WC) phase, its saturation with carbon, as well as the content of free carbon. Therefore, in our experimental study, the temperature of the carbidization process was carried out by determining the structurephase composition of tungsten carbide (WC) and the amount of bound and free carbon in it.