In modern motor design and manufacturing, motor aluminum alloy end covers, as key structural components connecting the stator housing and rotor shaft system, not only bear the important mechanical functions of supporting bearings and fixing the rotor, but
The exhaust valve plate is made of high-temperature resistant alloy to prevent damage to the valve plate caused by high-temperature gas impact.
In the production process of motor aluminum alloy end cover, porosity defects are a common and critical problem that affects product quality.
Although seemingly insignificant, the end cover is a critical component in determining the performance and operational stability of the entire motor.
Aluminum alloy housings, in particular, are becoming a key foundation for creating sophisticated and complex optical cavities due to their excellent machinability, high thermal conductivity, and structural strength.
The aluminum alloy housing utilizes high thermal conductivity materials, an integrated heat dissipation structure, precision assembly, and excellent environmental adaptability to create an efficient.