Do you know the difference between tungsten-titanium carbide and tungsten-cobalt carbide?

Tungsten-titanium alloy and tungsten-cobalt carbide are two common alloy materials. Their differences are mainly reflected in their composition and application. Tungsten-titanium alloy is a material composed of tungsten and titanium elements, in which the content of tungsten is relatively high. This alloy has high hardness and corrosion resistance, as well as certain anti-wear properties. Due to the excellent properties of tungsten-titanium alloy, it is often used in the manufacturing of cutting tools, high-speed tools and other fields.

Tungsten-cobalt alloy is an alloy composed of tungsten and cobalt elements. Compared with tungsten-titanium alloys, tungsten-cobalt alloys have relatively lower tungsten content and higher cobalt content. This alloy has good thermal stability and wear resistance and is widely used in the manufacture of carbide cutting tools, abrasive tools and other fields. In general, there are obvious differences between tungsten-titanium alloys and tungsten-cobalt alloys in terms of composition and application. These differences make them suitable for different industrial fields and applications.