QIBR Rotary Table Bearings Delivered to Palermo, Italy for Concrete Pump Trucks to Improve Load Capacity and Stability
- Continent
- Europe
- Country
- Italy
- Date
- 2016-10-12
- Categories
-
Rotary Table Bearing YRT
- Applications
- Concrete Pump Truck
Products Used
Rotary Table Bearings
1. High load capacity: The YRTS395 rotary table bearing simultaneously bears radial, axial, and tilting moment loads during rotation, which helps distribute and transfer loads in all directions, enhancing overall load-bearing capacity. It is well-suited to the high-intensity operating conditions required by concrete pump trucks, ensuring stability and safety during operations.
2. Compact Structure: The YRTS395 rotary table bearing has a compact and relatively lightweight design, equipped with mounting holes and positioning structures, making it easier to integrate with machinery. This helps reduce the overall weight of the concrete pump truck, improving its maneuverability and operational flexibility.
3. Low Friction: The YRTS395 rotary table bearing utilizes high-precision rolling elements and raceway designs that result in a lower friction coefficient, improving operational efficiency. In concrete pump trucks, this translates to less energy consumption, enhancing work efficiency and reducing operating costs.
Additional Notes:
The Italian customer decided to purchase QIBR YRTS395 rotary table bearing to improve the load capacity and stability of their concrete pump trucks. The YRTS395 rotary table bearings are made from high-strength steel and precision manufacturing techniques, capable of withstanding the massive axial, radial, and impact loads encountered during the operation of concrete pump trucks. The optimized structural design allows for even load distribution, reducing the risk of overload and improving the truck’s overall stability. During concrete pumping operations, the YRTS395 rotary table bearing effectively balances heavy loads, ensuring that the truck maintains excellent performance even in rugged or uneven working environments.