GE..FO,GE..FO-2RS

Features and advantages of QIBR joint bearing GE..FO, GE..FO-2RS series

QIBR joint bearing GE..FO, GE..FO-2RS series addresses several critical issues in diverse fields, mainly in the following areas:

1. Multi-directional movement capability

The QIBR joint bearing GE..FO, GE..FO-2RS series is typically designed to rotate or swing in multiple directions, making them ideal for applications requiring angular motion. They allow a large relative angular movement between two connected parts.

2. High load capacity

The QIBR joint bearing GE..FO, GE..FO-2RS series can bear large radial and axial loads. Its spherical design effectively disperses and bears large forces, making it perform excellently in high-strength working environments.

3. Strong wear resistance

The QIBR joint bearing GE..FO, GE..FO-2RS series uses wear-resistant materials to effectively reduce the friction coefficient and improve the bearing's wear resistance. Some composite material joint bearings even do not require lubrication, making them suitable for harsh working environments.

4. Strong adaptability

The QIBR joint bearing GE..FO, GE..FO-2RS series can adapt to various working conditions and environments, including temperature variations, humidity, contaminants, and dust.

Performance improvements and solutions for QIBR joint bearing GE..FO, GE..FO-2RS series

1. Lubricant optimization

Selecting appropriate lubricants (oil or grease) and proper additive formulations to reduce friction and enhance wear resistance.

2. Raceway optimization

Optimizing the geometry of the inner and outer raceways, such as improving raceway accuracy and surface finish, to reduce friction, minimize energy loss, and enhance bearing efficiency.

3. Precision manufacturing and tolerance control

By using precision machining and strict tolerance control, the internal structure of the joint bearing can be made smoother and more accurate. Precise manufacturing helps reduce unnecessary friction, improves work efficiency, and mitigates the effects of unbalanced loads.

4. Increased load distribution area

By optimizing the contact surface design of the joint bearing to increase the load distribution area, local stress concentration can be reduced, improving load capacity and extending the service life.

Main application areas of QIBR joint bearing GE..FO, GE..FO-2RS series

1. Automotive industry

In automotive suspension systems, joint bearings are commonly used to connect moving parts between the wheels and the body, adapting to different dynamic loads and motions.

Steering systems: Used in steering ball joints and ball joint brackets, ensuring flexible directional adjustment.

Seat adjustment: The joint bearing is used in the adjustment mechanism of automotive seats, allowing for smooth and flexible movement of the seat.

2. Aerospace

Aircraft landing gear: Joint bearings are key components in the aircraft landing gear, helping the aircraft withstand heavy loads and providing flexibility during takeoff and landing.

3. Agricultural machinery

Agricultural tillage equipment: Joint bearings are used in tractors, combine harvesters, sprayers, and other agricultural machinery to withstand high loads, high temperatures, and corrosive environments, ensuring the stability of the equipment.

Transmission systems: Used in agricultural machinery to bear and transfer power in transmission components.

4. Construction machinery

Cranes and excavators: Joint bearings are widely used in the moving parts of cranes, excavators, and similar equipment to enable flexible movement of joints and rotating parts, bearing complex workloads.

Loaders and hoists: Joint bearings are used to connect or support rotating, lifting, and other moving components in these machines, enhancing work efficiency.