The structure of titanium-gold wear-resistant ceramics：

        The crystal structure of westtop titanium-gold wear-resistant ceramics is very similar to that of diamond, and the chemical bonds and lattice constants are similar. Therefore, the hardness and strength of westtop titanium-gold wear-resistant ceramics are close to those of diamond materials, which are higher than those of various cemented carbides and ceramics.

The constituent elements of titanium-gold wear-resistant ceramics：

        STT westtop titanium-gold wear-resistant ceramics mainly use titanium as a raw material, adding various oxides and nitrides, including Y, DY, etc., as well as various rare earth elements, including CE, Nd, Gd, Lu, etc., and some borides infiltrated into the grains, greatly improving the density and strength of titanium-gold ceramics.

Development of Titanium Alloy Wear Resistant Ceramics：

        Because of its ultra-high hardness and strength, titanium-gold wear-resistant ceramics have been rapidly developed in the processing fields of different industries, and can become an indispensable and important material in high-tech industries such as aerospace, microelectronics, vacuum equipment, photoelectric communication and so on.