Skip to content
Home Products Hub SLB Self-Lubricating Spherical Bearings

SLB Self-Lubricating Spherical Bearings

• Ball: 52100 bearing steel, precision ground, heat treated, hard chrome plated (440C stainless optional).
• Race: Alloy steel, heat treated, oil coated (Stainless steel optional, zinc plated optional).
• Liner: Reinforced nylon race with PTFE.

View complete specifications and selection →

ISO 9001 Certified SGS Verified OEM / ODM Ready
0 SKUs in this series
- Primary size range
- Secondary size range
0 products
Page 1
Need Something Different?

Can't find the right specification?

Tell us the dimensional target, material preference, and application constraints. We'll help match or develop the right solution.

Ask for Custom Support
Product Definition

What Is SLB Self-Lubricating Spherical Bearings?

SLB Self-Lubricating Spherical Bearings are spherical plain bearings made from an inner spherical ring and an outer race that permit controlled rotation, oscillation, and angular misalignment. The self-lubricating race direction is intended to reduce routine relubrication where the operating conditions are compatible. These bearings are commonly installed in rod eyes, cylinder ends, suspension links, lifting equipment, agricultural machinery, and other slow-moving pivot points. Confirm fit, race material, seals, lubrication, load direction, and edge support before installation.

Typical Applications

Applications for SLB Self-Lubricating Spherical Bearings

Hydraulic Cylinders & Lifting Equipment

Spherical plain bearings accommodate angular misalignment and oscillating motion at cylinder eyes, lifting arms, and other pivot connections. Select the race, seals, lubrication, and load direction for the duty cycle.

Construction, Agricultural & Material-Handling Pivots

These bearings are commonly used at heavily loaded pivot points in construction, forestry, agricultural, and material-handling machinery where slow oscillation, shock, contamination, and service access influence the bearing choice.

Automotive Suspension & Structural Linkages

The spherical inner and outer surfaces support controlled angular movement in suspension links, axle connections, and fabricated mechanisms. Confirm bore fit, housing support, edge loading, and required misalignment before installation.

Industrial Machinery

Used in industrial mechanisms, fixtures, and rugged assemblies where articulated movement, radial load support, and liner-based wear reduction are all required.

Corrosion-Sensitive Installations

Chosen where stainless race or stainless ball options help improve service life in exposed or corrosion-sensitive environments.

OEM Mechanical Assemblies

Frequently specified for OEM builds that need repeatable load-slot bearing geometry, PTFE-lined articulation, and optional material configurations.

Product FAQ

Frequently Asked Questions

What is SLB used for?

SLB spherical bearings are used in articulated joints and linkage positions where load-slot geometry, reinforced nylon PTFE race construction, and compact radial support are required.

What makes SLB different from standard metal-to-metal spherical bearings?

SLB uses a reinforced nylon race with PTFE and load-slot construction, giving it a different wear and articulation profile from standard metal-to-metal spherical bearings.

What materials are used in SLB spherical bearings?

SLB uses a 52100 bearing steel ball, hard chrome plated and precision ground, together with a heat-treated alloy steel race and a reinforced nylon race with PTFE liner construction.

Are stainless options available in SLB?

Yes. Add -SS for stainless race and stainless ball, or -S for stainless race with steel ball, for example SLB12-SS or SLB12-S.

What is the benefit of the PTFE nylon race in SLB?

The reinforced nylon race with PTFE helps reduce friction and supports smoother articulated movement in applications that benefit from lined spherical bearing construction.

How do I choose the right SLB size?

Start with the required bore, outer diameter, widths, ball size, and static radial load shown in the size chart, then confirm whether standard, -S, or -SS material configuration is the better fit for the application.

Request a Quote

Please submit the form or email [email protected]

🍪
We Use Cookies