Joint Bearing

1. High Impact Resistance: The GE17HO2RS sliding bearing effectively absorbs vibrations and impacts, providing smooth operation. This is crucial for engines, which generate significant vibrations during operation, reducing their adverse effects.

2.  Self-lubricating properties: Constructed with self-lubricating materials, the GE17HO2RS sliding bearing can function without additional lubrication systems, lowering maintenance requirements and ensuring reliable engine performance.

Needle Bearings

1. High Load Capacity: Featuring slender needles as rolling elements, the K 6x9x8 TN needle bearing offers greater contact area. Load distribution is uniform across multiple needles, enhancing load capacity.

2. Low Friction Coefficient: With high machining precision, the K 6x9x8 TN needle bearing ensures excellent surface finish and geometric accuracy, resulting in low friction. This reduces contact resistance, minimizes energy loss during operation, and improves overall efficiency.

3. Excellent Wear Resistance: Made from high-performance materials, the K 6x9x8 TN needle bearing delivers outstanding wear resistance, enabling prolonged operation in harsh environments with reduced maintenance needs. It ensures the stable, long-term performance of industrial engines.

Additional Notes:

The client in France procured QIBR’s K 6x9x8 TN needle bearings and GE17HO2RS sliding bearings to enhance the efficiency and durability of industrial engines. QIBR bearings are known for their excellent load capacity and wear resistance, maintaining high performance even under extreme working conditions. They reduce failure rates and improve overall system reliability.

Both the K 6x9x8 TN needle bearing and GE17HO2RS sliding bearing are made from premium materials and undergo precise machining and heat treatment to ensure exceptional durability and long service life. These bearings improve the operational efficiency of industrial engines, reduce downtime, and enhance productivity.