QIBR spherical roller bearings were delivered to customers in Miami, USA, to improve the stability and impact resistance of mining crushers
- Continent
- North America
- Country
- The United States
- Date
- 2016-10-07
- Categories
-
Spherical Roller Bearing
- Applications
- mining crushers
Products Used
Spherical Roller Bearing
1. Strong Self-aligning Capability: 248/1800 CAK30FA/W20 spherical roller bearings have the characteristics of self-aligning. The center lines of the inner and outer ring raceways are relatively inclined, which can effectively compensate for the coaxiality error caused by installation errors or shaft bending. Under extreme conditions, the mining crusher maintains stable operation, improving reliability and service life.
2. High Load Capacity: 248/1800 CAK30FA/W20 spherical roller bearings can withstand large radial loads and certain axial loads. When the mining crusher is subjected to impact loads and vibrations, it can effectively cope with them and ensure stable operation under high loads.
3. High temperature resistance: In the working environment of the mining crusher, it will face high temperatures. 248/1800 CAK30FA/W20 spherical roller bearings use special materials and optimized heat treatment processes, and have high temperature resistance. Improve the reliability of the bearing and reduce the problem of lubrication failure caused by temperature increase.
Additional Notes:
The American customer decided to purchase QIBR's 248/1800 CAK30FA/W20 spherical roller bearings to meet the needs of improving the stability and impact resistance of the mining crusher. QIBR's bearings are made of high-quality materials and have undergone rigorous heat treatment and surface treatment processes. They have excellent wear resistance and corrosion resistance, and can operate for a long time in harsh mining environments and extend their service life. Mining crushers are often subjected to frequent impact loads during operation. QIBR248/1800 CAK30FA/W20 spherical roller bearings have the function of self-aligning, which can reduce the impact pressure on the bearings, reduce the failure rate, and improve the impact resistance.