High-permeability silicon steel stator core with segmented and stacked structure for new energy vehicle drive motors

It is a ring-shaped structure composed of numerous silicon steel laminations (stator laminations), each of which has regular teeth. You can clearly see the layered texture of the laminations.

The teeth on the inner ring are used to accommodate the motor windings (coils), while the outer ring forms a complete magnetic circuit loop.

• New energy vehicle drive motors (high-end electric vehicles and hybrid systems)
• Industrial robot joints and precision servo motors
• Unmanned aircraft and aerospace lightweight power systems

• As the "magnetic circuit framework" of the motor, when energized, the magnetic field generated by the coil will form a closed loop in the iron core, converting electrical energy into mechanical energy (in a motor) or vice versa (in a generator).
• This segmented and stacked structure can significantly reduce energy loss caused by eddy currents compared to a single solid iron core, and is one of the key technologies in modern motor design.

• High-grade silicon steel selection
• Precision stamping and lamination
• Core assembly with strict alignment
• Heat treatment and insulation coating
• Final electrical and magnetic testing for industrial automation standards

One-year quality warranty with optional extended coverage, remote technical support, and rapid spare-parts supply to maintain production line efficiency.