Deep Groove Ball Bearing

1. High Load Capacity: The contact area between the rolling elements and the contact surface between the inner and outer rings is relatively large, evenly distributing the load and reducing local pressure to improve the load-carrying capacity.

2. Low Friction: The 6038 M deep groove ball bearing has a low friction coefficient, which can effectively reduce energy loss and improve the overall efficiency of the compressor.

3.High-speed performance:  The 6038 M deep groove ball bearing is made of high-performance materials, can withstand greater loads and impacts, and can support higher speeds.

Tapered roller bearings

1. High load-carrying capacity: The 31322X tapered roller bearing has tapered raceways on both the inner and outer rings. The contact lines of all rollers converge at a common point and can bear large radial and axial loads simultaneously.

2. Strong stability: The geometric shape of the 31322X tapered roller bearing can provide good axial positioning and stability, reduce the clearance caused by vibration, and improve the overall operating accuracy and efficiency of the compressor. 

3. Wear resistance: Made of high-strength and wear-resistant materials, it can withstand high wear and maintain good performance under high load and high temperature environments.

Additional Notes:

French customers decided to purchase 31322X tapered roller bearings and 6038 M deep groove ball bearings from QIBR Company to meet the needs of air conditioning compressors in terms of stability and reliability. All products of QIBR Company have undergone strict testing and review to ensure reliability and durability under various working conditions. The 31322X tapered roller bearing and 6038 M deep groove ball bearing are made of high-quality materials, which can effectively reduce friction, reduce energy consumption and extend service life. After using the 31322X tapered roller bearing and 6038 M deep groove ball bearing of QIBR Company, the stability and reliability of its air conditioning compressor can be effectively improved to ensure higher efficiency and lower failure rate in use.