Stator cores are formed by stacking and assembling stator laminations. As the core component of a motor's magnetic circuit, they dominate the conversion process of electrical energy into mechanical en...
READ MOREOur stator and rotor cores for new-energy vehicle drive motors serve as essential components within the power unit and play an important role in enhancing product competitiveness. Through advanced materials and precise manufacturing processes, we support the development of next-generation electric vehicles with strong, efficient, and reliable motor performance, ensuring stable operation throughout the vehicle’s entire service life.
Stator cores are formed by stacking and assembling stator laminations. As the core component of a motor's magnetic circuit, they dominate the conversion process of electrical energy into mechanical en...
READ MOREAs the critical carriers for energy conversion in motors, the performance of stator laminations, rotor laminations, and stator cores directly affects motor energy efficiency and operational stability....
READ MOREStator laminations are the key fundamental components constituting the stator core of a motor. Their core function is to form the motor's magnetic circuit and ensure the efficient conversion of electr...
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