Deep Groove Ball Bearing

1. High Load Capacity: The large contact area between the balls and the inner and outer rings allows the 6012 2RZ deep groove ball bearing to effectively distribute and withstand significant radial and axial loads. The deep groove design increases the contact surface, further enhancing load capacity.

2. Smooth Operation: Manufactured with high-strength, wear-resistant materials, the 6012 2RZ bearing performs reliably under high loads and at high speeds, reducing operational instability caused by material fatigue. This ensures smooth wind turbine operation and improves efficiency.

Thin Section Ball Bearing

1. Lightweight Design: The QNC120AR0 thin-section ball bearing features a compact structure and lightweight design, made from high-strength, wear-resistant materials. Despite its thin walls, it maintains excellent load capacity and durability, reducing the overall weight of the wind turbine and improving energy efficiency.

2. High Speed: The use of small-diameter balls minimizes frictional resistance and reduces centrifugal forces during rotation. This ensures good stability and precision at high speeds.

3. Strong Vibration Resistance: The QNC120AR0 thin-section ball bearing has high rigidity and can maintain its geometric shape under vibration, preventing deformation-induced failures. It effectively absorbs and disperses vibrations from wind and mechanical movement.

Additional Notes:

The Mexican client decided to purchase QIBR’s QNC120AR0 thin-section ball bearings and 6012 2RZ deep groove ball bearings to meet the long lifespan and stability requirements of wind turbine blade rotation. QIBR’s bearings are made from high-strength materials, ensuring durability in extreme environments. The QNC120AR0 thin-section ball bearing offers low friction and excellent performance at high speeds, making it ideal for efficient wind turbine operation under varying wind speeds. The 6012 2RZ deep groove ball bearing provides high load capacity and stability under heavy loads.

The combination of these two bearings effectively absorbs and disperses vibrations from wind and mechanical motion, ensuring the stability of the wind turbine blades.