QIBR 6306 deep groove ball bearings and 7008C miniature angular contact ball bearings were delivered to customers in Chicago, USA, to ensure the safety of aerospace light aircraft
- Continent
- North America
- Country
- The United States
- Date
- 2016-02-23
- Applications
- Aerospace,light aircraft
Products Used
Angular Contact Ball Bearings
1. High load - bearing capacity : The contact angle between the rolling element and the inner and outer rings is large, which can effectively withstand large axial loads and maintain good radial support. Improve the stability and precision of the bearing when running at high speed.
2. High precision and high-speed performance : The low clearance design reduces vibration and jumping during operation and improves the overall working accuracy. The vibration and noise generated during operation are small, which helps to improve flight comfort and reduce interference.
Deep Groove Ball Bearings
1. High load - bearing capacity : The contact area between the ball and the inner and outer rings is large, which can effectively disperse the load applied to the bearing and improve the load-bearing capacity. The 6306 deep groove ball bearing can withstand radial loads and bidirectional thrust loads, ensuring the stability and safety of the bearing under high load conditions.
2. Low Noise and Low Vibration : High-strength steel is used, which has improved hardness and wear resistance after heat treatment. The friction coefficient is low during operation, improving the overall mechanical efficiency.
Additional Notes:
The US customer decided to purchase 6306 deep groove ball bearings and 7008C miniature angular contact ball bearings from QIBR to meet the strict safety and reliability requirements of aerospace and light aircraft. QIBR 6306 deep groove ball bearings and 7008C miniature angular contact ball bearings are designed to withstand large radial and axial loads at the same time, ensuring stability under complex working conditions. In the aerospace field, any small failure may lead to serious consequences. QIBR bearings effectively reduce the failure rate and improve overall flight safety through their high-precision and high-reliability design.