As a core component in the mechanical transmission system, the forged shaft is characterized by high precision, high strength and high wear resistance, which makes it a pivotal position in the field of high-end equipment manufacturing. The following are several major applications of forged shafts in high-end equipment manufacturing:

1, aerospace field

In the aerospace field, the application of forged shaft is mainly concentrated in the manufacture of engines, transmission systems and structural components. For example, the aircraft engine drive shaft, propeller shaft, etc., are required to withstand extremely high loads and speed, while requiring excellent wear resistance and fatigue resistance. The high strength and toughness of forged shafts can meet these stringent requirements and ensure the safe and stable operation of aerospace equipment.

2，Wind power field

As a kind of clean energy, wind power generation has been developed rapidly in recent years. In wind power generation equipment, forged shafts are mainly used to manufacture key components such as drive shafts, spindles and blade supports for wind turbines. These components not only need to withstand huge wind force and torque, but also need to operate stably for a long period of time under the harsh natural environment. The high strength, high toughness and excellent corrosion resistance of forged shafts make them an ideal choice for wind power generation equipment.

3, the field of high-speed trains

With the rapid development of high-speed railroads, the safety and stability of the train requirements are increasingly high. In high-speed trains, forged shafts are widely used in the manufacture of bogies, wheel pairs and transmission systems and other key components. These components need to withstand the huge impact and vibration generated when the train is traveling at high speed, and at the same time require high precision and high reliability. The high-precision machining and excellent mechanical properties of forged shafts can meet these requirements and ensure the safe operation of high-speed trains.

4， shipbuilding field

In the field of shipbuilding, forged shafts are used to manufacture marine propellers, rudders and shafts and other key components. These components need to withstand seawater corrosion, wave impact and long-term heavy-duty operation and other complex environments, the material performance requirements are extremely high. The high strength, high toughness and excellent corrosion resistance of the forged shaft, making it the preferred material in shipbuilding.

5, other high-end equipment manufacturing field

In addition to the above fields, forged shafts are also widely used in other high-end equipment manufacturing fields. For example, in the field of robot manufacturing, forged shafts are used to manufacture robot joints and drive systems; in the field of heavy machinery manufacturing, forged shafts are used to manufacture excavators, cranes and other equipment such as drive shafts and spindles.