Titanium diboride has a wide range of applications, mainly including:
High-temperature structural materials: Due to its excellent mechanical properties and high melting point, titanium diboride is often used as a high-temperature structural material. For example, in the aerospace field, titanium diboride can be used to manufacture rocket nozzles, spacecraft shells and other components to withstand extreme high temperature and high pressure conditions.
High-temperature ceramic cutting tools and cutting tools: Titanium diboride is used as a material for manufacturing high-temperature ceramic cutting tools and cutting tools because of its high hardness and wear resistance.
Thermal management field: Titanium diboride has excellent thermal conductivity, which makes it widely used in the field of thermal management. For example, in electronic devices, titanium diboride can be used as a heat dissipation material to effectively conduct heat to the radiator to ensure the normal operation of electronic devices.
Energy recovery and energy saving field: Titanium diboride can also be used to manufacture thermoelectric materials to convert thermal energy into electrical energy, which is used in the field of energy recovery and energy saving.
Functional materials: Titanium diboride can form composite materials with other metal elements, such as titanium diboride/carbon fiber composite materials, which combine the high strength of titanium diboride and the lightweight properties of carbon fiber, and are widely used in aerospace, automobile manufacturing and other fields.
Catalyst carrier or catalyst itself: The excellent chemical stability of titanium diboride allows it to be used as a catalyst carrier or catalyst itself to participate in chemical reactions and improve reaction efficiency.
Other applications: The high hardness and low friction coefficient of titanium diboride make it an ideal lubricating material, which can be used to manufacture high-performance bearing sliding parts. In addition, titanium diboride also has extremely excellent physical and chemical properties, such as extremely high melting point and hardness, excellent chemical stability, excellent electrical and thermal conductivity, and excellent mechanical properties at high temperatures. Therefore, TiB2 and its composite materials are widely used in aerospace, aviation, automobiles, military machinery, petroleum mining, metallurgy, chemical industry, non-ferrous metals, and electronics and electrical engineering.
In summary, titanium diboride plays an important role in many fields due to its unique physical and chemical properties.