Stainless Steel Roller Chain: Sizes, Working Loads and Where to Use It
Stainless roller chain carries far less load than carbon steel. See working loads for ANSI #25–#60, hollow-pin options, and when stainless is worth it.
Technical Insights & Industry Solutions for Precision Bearings

Stainless roller chain carries far less load than carbon steel. See working loads for ANSI #25–#60, hollow-pin options, and when stainless is worth it.

Learn how cylindrical roller thrust bearings work, compare 811 and 812 series, and check axial loads, speed limits, lubrication and mounting requirements.

Learn how tapered roller thrust bearings work, compare TTHD and V-Flat designs, and select the right bearing for axial loads, alignment, and operating duty.

Learn how to select a slew drive by calculating torque, checking axial and radial loads, choosing gear ratios, and evaluating backlash and duty cycle.

Why does a cross roller bearing overheat? Learn 7 common causes, practical solutions, troubleshooting steps, and prevention tips for reliable bearing performance.

Compare 10 selected AS568 O-ring sizes, tolerances and metric cross-section values. Learn how to measure ID and CS to help identify a replacement.

Learn the 5 key factors to consider when buying a polyurethane roller, including hardness, load capacity, core design, wear resistance, and customization.

Linear bearings guide straight-line motion; plain bearings use sliding contact. Compare friction, cost and durability, and learn when to choose each.


Learn why silicon nitride balls are used in hybrid bearings and how they compare with steel balls in speed, friction, electrical insulation, wear, and performance.
