New Energy Vehicle Transmission Bearings

Bearings of this type are suitable for the high-speed and high-temperature operating conditions of new energy vehicle transmissions. They can withstand combined radial and axial loads simultaneously.Featuring low friction, low noise and high rigidity, these bearings adopt optimized profiles on inner and outer raceways as well as roller outer diameters to prevent stress concentration. With excellent wear and temperature resistance, they deliver stable and long-lasting support for the drive systems of new energy vehicles.

Carbonitrided Bearings

These carbonitrided bearings are developed to address key pain points including excessive wear, short service life and deformation during operation. Upgraded with specialized heat treatment processes, they deliver dependable transmission support for NEV electric drive axles, heavy-duty truck axles and other applications. The core advantages are as follows:Enhanced surface performance and extended service life: After carbonitriding treatment, the bearing rings achieve markedly improved surface hardness and wear resistance, cutting wear-related downtime and maintenance costs. Residual compressive stress raises the fatigue limit of steel while offering corrosion resistance. Suited for demanding operating conditions, the bearings require fewer replacements.Optimized forming accuracy for stable operation: Nitrogen improves the hardenability of the infiltrated layer, enabling low-temperature quenching and slow cooling to mitigate risks of deformation and cracking and guarantee dimensional precision. The material maintains excellent core toughness to withstand impact loads and supports continuous, stable equipment operation.

High-precision Pre-adjusted Bearings

Developed to tackle premature wear and cumbersome maintenance of wheel-end bearings for heavy-duty truck hubs, this high-precision pre-adjusted bearing centers on durability and ease of use to ensure stable equipment operation.Special tolerances are applied to the product height and outer diameter, delivering excellent interchangeability. No selection is required during replacement, and the preset axial clearance meets design requirements. The bearing can be put into service immediately after installation, greatly cutting assembly time and labor costs.Manufactured from premium bearing steel via precise processes including forging and salt bath quenching, the rings and rolling elements comply with Class P5 high-precision standards. They effectively extend the service life of hub assemblies and reduce downtime losses for smoother and more reliable operation.

High-speed Low-noise Tapered Roller Bearings

High-speed and low-noise bearings target the core requirements of high-speed operating equipment and provide reliable solutions. Optimized for smoother operation and lower noise, they feature improved rotational precision and controlled vibration performance. Refined contact geometry between rollers, ribs and raceways delivers excellent stability at high speeds, effectively reducing vibration and noise, improving working conditions and minimizing equipment wear.Meeting industrial demands for low maintenance and long service life, the optimized surface profile reduces stress concentration. This extends bearing service life, enhances continuous operational reliability, and lowers overall maintenance costs and downtime losses.

Shield Machine Cutterhead Bearings

These bearings are engineered for the extreme heavy-load operating conditions of shield machine cutterheads and capable of sustaining combined loads including radial forces, axial forces and overturning moments.Manufactured in extra-large dimensions with ultra-high precision, they feature high rigidity, outstanding reliability and extended service life. The optimized load-bearing structure ensures smooth startup, shutdown and steady rotation of the cutterhead, delivering core support for continuous and efficient tunneling operations.

Wind Turbine Yaw & Pitch Gearbox Bearings

These bearings are mainly applied to yaw and pitch gearboxes of wind turbines. They are capable of withstanding heavy radial and axial loads, as well as cyclic alternating impact loads.Featuring high load capacity, long service life and superior reliability, the bearings fully meet the stringent operating conditions and long-life service requirements of wind power gearboxes.