GX 50 F SKF Spherical Plain Bearing 50x130x42,5

Heavy-Duty Spherical Plain Bearing for Radial Loads

Robust Design for Demanding Industrial Applications

Technical Data and Installation Configuration

Main Description:
The GX 50 F SKF 50x130x42,5 is a heavy-duty spherical plain bearing designed to support high radial loads in demanding mechanical systems. With dimensions 50x130x42,5 mm (inner diameter x outer diameter x width), this bearing is commonly used in construction equipment, hydraulic systems, lifting mechanisms and structural pivot assemblies.

Unlike a standard ball bearing (łożysko kulkowe), a spherical plain bearing operates with sliding contact surfaces, allowing it to compensate for misalignment and absorb shock loads. This makes the GX 50 F particularly suitable for low-speed, high-load industrial applications where reliability and structural strength are critical.

Manufactured to SKF quality standards, this plain bearing ensures high durability, resistance to vibration and stable performance under fluctuating loads. It can be mounted in a suitable bearing housing (obudowa łożyskowa) or integrated into a complete bearing unit (jednostka łożyskowa) depending on the machine design.

The optimized geometry distributes stress evenly across the sliding surfaces, reducing edge loading and extending service life. GX 50 F SKF is widely selected by OEM manufacturers and maintenance teams seeking a robust technical solution for pivot joints, cylinders and heavy machinery components operating in harsh industrial environments.

Key search phrases included:
GX 50 F SKF bearing, 50x130x42,5 spherical plain bearing, heavy duty plain bearing, industrial pivot bearing, SKF radial plain bearing.

FAQ

1. What type of loads can GX 50 F SKF support?
It is primarily designed for high radial loads in heavy-duty applications.

2. What are the exact dimensions?
The dimensions are 50x130x42,5 mm.

3. How does a spherical plain bearing differ from a ball bearing?
A spherical plain bearing uses sliding surfaces and handles higher loads with misalignment capability, while a ball bearing is optimized for higher speeds.

4. Can it be installed in a bearing housing?
Yes, it can operate inside a compatible housing or as part of a complete bearing assembly.

5. Where is this bearing typically used?
It is commonly used in hydraulic systems, construction machinery and heavy industrial pivot mechanisms.