Aviation forgings have a wide range of applications in the aviation industry, which commonly include the following aspects: engine components: Aviation forgings play an important role in aviation engines. For example, key components such as turbine discs, turbine blades, and high-pressure compressor blades are often made of aviation forgings. These components need to have high strength, high temperature and corrosion resistance to cope with the high temperature and high pressure operating environment of the engine. Structural parts: Aviation forgings are also widely used in the structural parts of aircraft. For example, aircraft fuselages, wings, landing gear components, etc., require the use of high-strength forgings to withstand various force loads during flight. Aviation forgings can provide good strength and stiffness, while reducing structural weight and improving aircraft performance. Braking system: Aviation forgings are also used in the braking system of aircraft. For example, parts such as brake discs and brake drums need to be resistant to high temperatures and wear to ensure the safety and reliability of the aircraft during landing and ground motion. Hydraulic system: Aviation forgings are widely used in various connectors, valves and pipes in hydraulic systems. They must have high strength and corrosion resistance to ensure system tightness and operational reliability. In addition to the above application areas, aviation forgings are also used in areas such as avionics, ships and rail transit. In short, aviation forgings play a vital role in the aviation industry, providing critical support for the safety and reliability of aircraft
