QIBR Slewing Rings Delivered to Frankfurt, Germany, for Construction Vehicles to Enhance Stability and Safety
- Continent
- Europe
- Country
- Germany
- Date
- 2016-06-20
- Categories
-
Slewing Bearing
- Applications
- Construction Vehicles
Products Used
Slewing bearing
1. Strong Load Capacity: The 023.30.1000 slewing ring can simultaneously support large radial loads, axial loads, and overturning moments, with a substantial contact area between the inner and outer rings, effectively distributing loads and enhancing carrying capacity. This ensures stable operation of construction vehicles under heavy loads and complex conditions.
2. Compact Structure: The 023.30.1000 slewing ring features a compact design that integrates support, rotation, and transmission functions, reducing the number of components and optimizing space utilization. This allows construction vehicles to operate flexibly in confined spaces, increasing work efficiency.
3. Good Rotational Performance: Construction vehicles often operate in harsh environments. The 023.30.1000 slewing ring is manufactured from wear-resistant and corrosion-resistant materials, enhancing its durability and ensuring normal operation in damp, dusty, or chemically corrosive conditions.
Additional Notes:
The German customer chose to procure 023.30.1000 slewing rings from QIBR due to the urgent need to enhance the stability and safety of construction vehicles. The 023.30.1000 slewing ring employs advanced materials and precision manufacturing techniques, ensuring stable performance and durability. Through a rigorous quality control system, QIBR guarantees the reliability of the 023.30.1000 slewing rings under high loads and complex operating conditions, allowing construction vehicles to maintain stability and safety even in harsh environments. QIBR bearings are designed for high durability and low maintenance requirements, with strict processing and quality control to ensure precision and smooth operation, reducing downtime due to bearing failures and improving operational efficiency.