QIBR Slewing Rings Delivered to Curitiba, Brazil for Stacker Reclaimer to Improve Efficiency and Stability
- Continent
- Sourth America
- Country
- Brazil
- Date
- 2016-10-10
- Categories
-
Slewing Bearing
- Applications
- Stacker Reclaimers
Products Used
Slewing Bearing
1. High load capacity: The 020.25.630 slewing ring can withstand large axial loads, radial loads, and tilting moment forces, effectively handling the complex loads encountered by stacker reclaimers during operation. The bearing remains stable even in heavy-duty and high-intensity work environments, ensuring the reliability and safety of the stacker reclaimer.
2. Compact Structure: The 020.25.630 slewing ring has a compact design that saves installation space and simplifies the installation process. The included mounting holes and positioning structures make integration with the stacker reclaimer easier, reducing installation time and costs.
3. Excellent Rotational Precision: The 020.25.630 slewing ring uses rolling elements to achieve smooth motion, with low friction and minimal vibration. This enhances the operational precision and stability of the stacker reclaimer, ensuring high efficiency and accuracy in material handling processes.
Additional Notes:
The Brazilian customer decided to purchase QIBR 020.25.630 slewing rings to enhance the operational efficiency and stability of their stacker reclaimer. Stacker reclaimers are subject to high loads, especially during material stacking and reclaiming. The 020.25.630 slewing ring is designed with a high load capacity to maintain stable operation under heavy loads, strong impacts, and large moments. In high-load, high-frequency operations, bearing wear resistance is critical. The 020.25.630 slewing ring features high-performance materials and advanced heat treatment technology to effectively prevent wear caused by frequent operations. Its high-precision manufacturing and superior materials ensure that QIBR bearings continue to operate efficiently even under extreme load conditions, enhancing the stability and durability of the stacker reclaimer.