Titanium carbide cermets not only have the high hardness, high temperature resistance and corrosion resistance of ceramics, but also have the high toughness and conductivity of metals. They have become a bright new star in the field of materials science and also bring good news to the field of industrial wear protection.
For example, in aircraft engines, cermets can be used as materials for turbine blades to improve the high temperature resistance and service life of the engine; in the electronics industry, it can be used as a high-performance circuit board material to improve the performance and stability of electronic equipment; in the medical field, cermets can be used to manufacture artificial bones and dental implants to improve the patient’s rehabilitation effect and quality of life.
Titanium carbide rods are prepared using powder metallurgy technology, which means that metal and ceramic powders are first mixed evenly in a certain proportion, and then tightly combined through processes such as high-temperature sintering. This process requires precise control of parameters such as temperature and pressure to ensure that the final cermet has excellent performance.
In order to further improve the hardness, toughness, conductivity and other properties of cermets, Broad will also add some trace elements to improve the microstructure of the material during the production process, or use advanced surface treatment technology to enhance the surface properties of the material.
Broad Materials Co.,Ltd