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  • GE6C Spherical plain bearing
  • GE6C Spherical plain bearing

    Spherical plain bearings are a type of spherical sliding bearing, primarily composed of an inner ring with an outer spherical surface and an outer ring with an inner spherical surface. They are typically employed for low-speed oscillating motions, capable of rotating and swinging at any angle during operation.

    High load capacity

    Impact resistance

    Corrosion resistance

    Wear resistance

    Self-aligning


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Product Description

Spherical plain bearings are a type of spherical sliding bearing, primarily composed of an inner ring with an outer spherical surface and an outer ring with an inner spherical surface. They are typically employed for low-speed oscillating motions, capable of rotating and swinging at any angle during operation.

High load capacity

Impact resistance

Corrosion resistance

Wear resistance

Self-aligning



Product Description

A spherical plain bearing is a type of spherical sliding bearing featuring inner and outer spherical sliding contact surfaces. It permits rotation and oscillation at any angle during operation. Its structure is simpler than rolling bearings, making it suitable for low-speed oscillating motions. Due to its spherical sliding surfaces, it can also accommodate tilting movements within a certain angular range. Offering substantial load capacity and impact resistance, it finds widespread application in hydraulic cylinders, construction machinery, automation equipment, and related industries.


Product Features.

- Operates with minimal jerking, enabling high-speed linear motion.

- Enhanced radial load capacity for adaptability across diverse operating conditions.

- Demonstrates outstanding wear resistance, corrosion resistance, and tolerance to extreme temperatures.

- Features a low coefficient of sliding friction, guaranteeing smooth oscillation and responsive operation of moving components.

Distributes forces evenly, accommodating radial loads and moderate overturning forces to ensure repeatable positioning accuracy.