In addition to being used as a tool manufacturing material, carbide has other applications in the aerospace field. Here are some of the main uses:
- Aero-engine manufacturing: Carbide can be used to manufacture high-temperature parts of aero-engines, such as turbine blades, turbine disks, etc. These parts need to work under conditions of high temperature, high pressure and high speed. The high-temperature properties of cemented carbide and Fatigue resistance properties can meet these requirements.
- Spacecraft manufacturing: In spacecraft manufacturing, cemented carbide can be used to manufacture various high-precision and high-temperature parts, such as rocket engine nozzles, combustion chambers, thrust chambers, etc., and can also be used to manufacture solar cells for satellites. Board etc.
- Aircraft landing gear manufacturing: Carbide can be used to manufacture high-strength steel structures and wear-resistant parts of aircraft landing gear, such as brake pads, wheel hubs, etc.
- Missile manufacturing: In missile manufacturing, cemented carbide can be used to manufacture high-temperature parts such as warheads and cartridge cases, as well as sensitive components such as missile control systems and fuzes.
In short, cemented carbide is widely used in the aerospace field. In addition to being used as a tool manufacturing material, it can also be used to manufacture various high-temperature parts, high-precision parts, and sensitive parts. These uses are mainly due to the properties of cemented carbide such as high hardness, high wear resistance, high temperature resistance and high strength.
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