As a permanent magnet material supplier that has officially announced the supply of NdFeB magnets for Tesla, Jinli Permanent Magnet responded positively on September 8 to the technical route of Tesla Cybercab using rare earth-free motors. According to the investor relations activity records disclosed on the evening of September 8, Jinli Permanent Magnet said that after more than 40 years of continuous development, high-performance rare earth permanent magnet materials are currently in the stage of large-scale expansion of applications. High-performance NdFeB has core comprehensive advantages such as high magnetic energy volume, small size, light weight, high torque, and excellent control accuracy, which is conducive to improving motor power density and operating efficiency. Therefore, in high-end fields with strict requirements for miniaturization, lightweight, and high torque density, such as high-performance drive motors for new energy vehicles, built-in robots, and industrial servo motors, it has been fully verified by the industry for many years, and is an irreplaceable mainstream core material route.

As a permanent magnet material supplier that has officially announced the supply of NdFeB magnets for Tesla, Jinli Permanent Magnet responded positively on September 8 to the technical route of Tesla Cybercab using rare earth-free motors. According to the investor relations activity records disclosed on the evening of September 8, Jinli Permanent Magnet said that after more than 40 years of continuous development, high-performance rare earth permanent magnet materials are currently in the stage of large-scale expansion of applications. High-performance NdFeB has core comprehensive advantages such as high magnetic energy volume, small size, light weight, high torque, and excellent control accuracy, which is conducive to improving motor power density and operating efficiency. Therefore, in high-end fields with strict requirements for miniaturization, lightweight, and high torque density, such as high-performance drive motors for new energy vehicles, built-in robots, and industrial servo motors, it has been fully verified by the industry for many years, and is an irreplaceable mainstream core material route.