Durable Spherical Plain Bearings

1. Self-Aligning Capability
· Compensates for static and dynamic misalignment between shaft and housing.
· Eliminates edge stress caused by installation errors or shaft deflection.

2. Load Capacity
· Radial Type: Primarily handles radial loads (e.g., GE…E series).
· Angular Contact Type: Supports combined radial and axial loads (e.g., GAC…F series).
· Thrust Type: Designed for pure axial loads (e.g., GX…F series).

3. Sliding Contact Design
· Utilizes sliding motion (not rolling elements), making them ideal for low-speed, high-load applications.
· Low rotational speed requirement (typically < 100 rpm).

4. Maintenance Options
· Maintenance-Free: Lined with self-lubricating materials (PTFE/fiber composite).
· Lubricatable: Equipped with grease fittings for periodic relubrication (suffix -2RS or -C).

· Inner Ring: Hardened bearing steel (e.g., GCr15) with spherical outer surface.

· Outer Ring: Carbon steel with spherical inner surface.

· Lining Material:
PTFE Composite: For dry or low-lubrication environments.
Phosphor Bronze: For high-temperature applications.
Nylon/PA66: Lightweight and corrosion-resistant.

1. Radial Spherical Plain Bearings
· Standard type (e.g., GE series).
· With extended inner ring (e.g., GEEW series).

2. Angular Contact Spherical Plain Bearings
· For combined loads (e.g., GAC series).

3. Thrust Spherical Plain Bearings
· For axial loads only (e.g., GX series).

4. Special Types
· Rod Ends: Integrated with threaded shafts (e.g., SI…E series).
· Maintenance-Free: Pre-lubricated and sealed (e.g., GE…ES series).

· Industrial Machinery: Hydraulic cylinders, piston pumps, injection molding machines.

· Automotive: Steering systems, suspension linkages.

· Agriculture: Harvesters, tractor implements.

· Construction: Excavator booms, crane joints.

· Aerospace: Landing gear, control surface linkages.

Misalignment Tolerance: ±5° to ±15° (varies by series).

Operating Temperature:
Standard: -30°C to +80°C.
High-Temperature: Up to +300°C (with special materials).

Load Direction: Radial, axial, or combined.

Standards: ISO 12240-1, DIN 64807.

1. Load Type: Confirm radial/axial/combined load requirements.

2. Misalignment: Determine angular compensation needs.

3. Speed: Suitable for low-speed applications (< 100 rpm).

4. Environment: Choose seals (e.g., -2RS for rubber seals) or corrosion-resistant coatings.

5. Lubrication: Opt for maintenance-free designs in inaccessible or harsh environments.

1. Load Type: Confirm radial/axial/combined load requirements.

2. Misalignment: Determine angular compensation needs.

3. Speed: Suitable for low-speed applications (< 100 rpm).

4. Environment: Choose seals (e.g., -2RS for rubber seals) or corrosion-resistant coatings.

5. Lubrication: Opt for maintenance-free designs in inaccessible or harsh environments.

· Reduced Maintenance: Self-lubricating options eliminate relubrication needs.

· High Durability: Resists shock loads and vibrations.

· Compact Design: Saves space compared to rolling-element bearings.

· Cost-Effective: Long service life under extreme conditions."