New energy vehicles
Consulting
New Energy Reducer – High-Speed, High-Capacity Bearing
Advantages: An enhanced design featuring larger steel balls and a high-speed, high-strength cage significantly boosts load capacity by more than 20%, increases the maximum speed by over 40%, and extends service life by 70%. Currently applied to models from Xpeng, Great Wall, Wuling, WM Motor, Foton, and others; it can also be used in other applications such as high-speed permanent‑magnet motors and electric drive systems for forklifts.
New Energy Drive Motor – High-Speed Bearing
Advantages: It employs a high-speed, ball‑shaped design, features a lightweight retainer, and uses high‑speed, high‑temperature grease, boosting the maximum speed by more than 60% to nearly 1 million Dmn. Currently applied in models from Xpeng, Great Wall, Wuling, WM Motor, Foton, and others; it can also be used in applications such as high‑speed permanent‑magnet motors and electric drive systems for forklifts.
New Energy Electric Drive – Ceramic Ball Bearings
Features: Insulating, ultra‑high speed, high precision, long service life, suitable for high‑temperature, low‑temperature, and corrosive environments. Advantages: Ceramic ball bearings are the best insulating bearings; at the same rotational speed, they exhibit a lower temperature rise compared to steel ball bearings, enabling higher maximum speeds. When paired with appropriate cage materials and lubricants, they can operate in high‑temperature, cryogenic, and corrosive environments. They are also applicable to high‑speed permanent‑magnet water pumps, high‑speed permanent‑magnet motors, and high‑power permanent‑magnet motors, among others.
New Energy Electric Drive – Insulated Bearings
Advantages: The inner or outer race is coated with an insulating layer, allowing for long-term operation at temperatures exceeding 150°C; the Al₂O₃ coating offers superior wear resistance. Compared to ceramic-ball insulated bearings, this solution is more cost-effective and eliminates the need for customers to modify their production processes. It can also be applied to high-speed permanent-magnet water pumps, high-speed permanent-magnet motors, and high-power permanent-magnet motors, among others.