Aerospace
AEROSPACE
In the aerospace field, equipment often needs to operate in extreme environments. Hardware forgings have excellent corrosion resistance, which can resist the erosion of harsh environments and extend the service life of equipment. Through precise forging process and heat treatment, the perfect combination of high strength and light weight can be realized to meet the high requirements of aerospace equipment on material performance.
Aircraft Structure
Aircraft landing gear, wings, tails and other key components require the use of high-strength, lightweight aluminum alloys, titanium alloys or ultra-high-strength steel forgings. These forgings ensure the strength and stability of the aircraft structure through precise forging process and heat treatment, and at the same time realize the lightweight design and improve the fuel economy and flight performance of the aircraft.
Aircraft Engine
Aircraft landing gear, wings, tails and other key components require the use of high-strength, lightweight aluminum alloys, titanium alloys or ultra-high-strength steel forgings. These forgings ensure the strength and stability of the aircraft structure through precise forging process and heat treatment, and at the same time realize the lightweight design and improve the fuel economy and flight performance of the aircraft.
Missile system
As a high-precision, high-speed weapon system, missiles have very high requirements on the quality and performance of parts. Hardware forgings are also widely used in missile manufacturing, such as missile shells, ring connectors, loading rings and so on. These forgings need to have good mechanical properties, wear resistance and corrosion resistance to ensure the reliability and stability of missiles in high-speed flight and harsh environments.
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