The injection molding magnetic rotor adopts advanced injection molding process, through high temperature and high pressure treatment, making the rotor structure more robust, stronger shock resistance, thus greatly improving the reliability and service life of the motor. At the same time, the injection molding process can also achieve a high degree of customization of the rotor shape to adapt to the needs of different motor applications.
Compared with traditional core rotors, injection molded magnetic rotors use high-performance magnetic materials, such as rare earth magnetic Ndfeb, to ensure higher magnetic energy density and lower energy loss. This means that at the same size, the injection molded magnetic rotor can provide greater output power, while reducing the heat and energy consumption of the motor, making the motor run more efficiently.
Our injection molded magnetic rotors (injection molded ferrite/neodymium) also have excellent magnetic leakage resistance, which can effectively reduce electromagnetic radiation from the motor, reduce interference with surrounding electronic equipment, and provide a more stable and reliable motor drive environment.
Whether it is home appliances, industrial automation or new energy vehicles, injection molded magnetic rotors can bring outstanding performance improvements to your products. In a highly competitive market, choosing injection molded magnetic rotor means that your product will have higher competitiveness and market share.
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