Angles Matter: Misalignment 101 for Spherical Bearings
Spherical bearings fail early when the misalignment angle limit is ignored. Learn how to select the right series, understand edge loading, and avoid the most common sizing mistakes.
Maintenance Secrets for Stainless Steel Ball Joints
Greasing stainless ball joints on a fixed schedule is a maintenance ritual that often misses the actual failure mechanism. Here’s what actually determines service life.
Stainless vs Carbon Steel Ball Joints
Carbon steel ball joints seize because rust expands inside the socket. Switching to stainless eliminates the mechanism, not just the symptom. Here’s how to choose the right grade.
2507 vs 2205 Duplex Stainless Steel
2507 and 2205 are both duplex stainless steels — but their PREN values tell very different stories about where each grade can reliably perform under chloride attack.
How to Read Load Ratings for Stainless Steel Ball Joints
Stainless steel ball joints carry 75-80% of equivalent chrome steel load ratings. Before you spec by bore size alone, here’s what the catalog numbers don’t explain.
How to Stop Your Boat Cleats from Squeaking
Boat cleat squeaking has three distinct causes, each needing a different fix. Identifying the right type prevents a minor noise from becoming a hardware failure.
How to Size Your Boat Cleats Correctly
Correctly sizing boat cleats requires matching line diameter, boat length, and environmental load, plus specifying the right material grade and backing plate for a mount that holds.
Backing Plates Decide Whether Your Boat Cleat Actually Holds
Backing plates determine whether a boat cleat holds under load or pulls through the deck. Here is how to choose the right material, size it correctly, and install it properly.
Why Your Oil & Gas Project Needs 2205 Duplex
Why 2205 duplex outperforms 316L in oil and gas: PREN 34–36 versus 24–26, twice the yield strength, NACE MR0175 sour service compliance, and where the limits apply.
7 Common Boat Cleat Types: Which One Is Right for Your Vessel?
Seven boat cleat types explained: horn, pop-up, cam, clam, jam, dock, and Herreshoff. Selection criteria by application, vessel type, line diameter, and environment — with material grade guidance.