Hongjing Bearings for Wind Power Industry Applications
Hongjing provide high-precision, long-life and extreme weather resistant bearing solutions for onshore and offshore wind power generation equipment, supporting long-term stable operation of wind turbine units for more than 20 years. Wind power equipment operates in ultra-harsh outdoor environments all year round, enduring extreme low/high temperatures, strong wind impact, salt spray corrosion, continuous high-frequency rotation and long-term static heavy loads. Conventional bearings cannot meet the high-reliability and ultra-long service life requirements of wind power core components, easily causing operational failure and huge power generation loss.


Our wind power series bearings are professionally engineered for wind turbine working conditions. Adopting super long-life bearing materials, precision heat treatment technology and reinforced integral cage structure, our bearings achieve ultra-high load resistance, excellent fatigue resistance and stable rotational precision. Our multi-stage sealing system effectively isolates salt spray, rainwater and dust, preventing internal component corrosion and grease failure in offshore and coastal wind farms.
We supply full-range supporting bearings for wind power core equipment. Our high-load spherical roller bearings and thrust roller bearings serve as core components for wind turbine main shafts and yaw systems. Our cylindrical roller bearings and angular contact bearings are widely applied in wind turbine gearboxes, pitch systems and generator rotating parts.
All our wind power bearings comply with international industrial standards with unified interchangeability. We deliver high-stability, low-failure and low-maintenance bearing solutions for global onshore and offshore wind power projects, helping clients maximize wind power generation efficiency and reduce long-term operational costs.
Contact: Yolanda
Phone: +86-15358997067
E-mail: yolanda@hongjingmetal.com
Add: No.88, Qianyao Road, Binhu District, Wuxi, China