Resources
Bearing guides & knowledge
Selection, interchange, installation and maintenance know-how for B2B buyers — updated regularly.
Bearing Failure Diagnosis: A Practical Guide for Industrial Maintenance Managers
Surface marks tell only part of the story, and the wrong root cause means the next bearing dies the same way. This guide covers the dominant failure modes, a three-stage diagnostic method, replacement selection, and the supplier checks that keep a fix from unraveling.
Read guide →Dynamic vs Static Bearing Load Ratings: How to Choose a Supplier and Verify the Numbers
A larger static rating is no proof that a bearing runs better. This guide sets ISO 281 dynamic ratings against ISO 76 static ratings, walks through L10 life and S0 safety factors, and shows which documents a supplier must produce before you trust a quoted figure.
Read guide →How to Diagnose Common Bearing Failure Modes: A Technical Guide for Plant Maintenance Teams
Most dead bearings are judged by what shows on the ring surface, and the real trigger stays buried in the steel. This technical guide covers the seven dominant damage modes, the three-stage diagnosis that finds them, and how to specify a replacement that will not repeat the failure.
Read guide →How to Lubricate Industrial Bearings for Longer Life: A Maintenance How-To
Over-greasing ruins more bearings than under-greasing, and the wrong thickener finishes the job. This how-to covers film formation, fill quantities, relubrication intervals, and the grease discipline that stretches bearing life up to three times.
Read guide →How to Select the Right Bearing for Electric Motors: A China Sourcing Guide for OEMs
Motor bearings fail for reasons that never appear on a datasheet: a clearance class swapped in the warehouse, a precision grade chosen by habit, a supplier who cannot produce batch records. This guide works through load spectrum, clearance, precision, and the qualification steps that keep a motor program on schedule.
Read guide →Preventive Maintenance for SKF-Interchange Bearings: Installation, Lubrication and Monitoring Guide
Most premature bearing failures come from how a part was mounted, greased, and watched, not from how it was made. This guide sets out mounting temperatures, clearance checks, fill volumes, monitoring thresholds, and the repair-or-replace economics that keep interchange bearings running to rating life.
Read guide →