Get the latest news from PW Marine OEM
Weight, Corrosion, and Load: The Metal Hardware Specification Framework for RV and Van Builders
Hardware specifications that don't account for weight budget, corrosion environment, and structural load requirements produce components that are overbuilt where it doesn't matter and underspecified where it does. This post covers the specification framework that governs durable, weight-efficient metal hardware for RV and van conversion programs.
Why Your RV and Van Conversion Hardware Needs OEM-Grade Metal Fabrication Standards
Job-shop hardware specs don't hold up in production RV and van conversion programs. This post breaks down what OEM-grade metal fabrication actually delivers — weight control, corrosion performance, dimensional consistency, and documentation — and why the gap shows up in your warranty data.
Custom vs. Off-the-Shelf: Metal Hardware Decisions for RV OEM and Van Conversion Programs
Catalog hardware is faster to specify and easier to price. It also introduces tolerance gaps, weight penalty, and corrosion performance uncertainty that show up in field failures and warranty claims. This post breaks down where custom fabrication delivers better outcomes — and where catalog hardware is the right call.
Exterior Hardware That Survives the Road: Roof Racks, Ladder Mounts, and Structural Attachments for RV and Van Programs
Exterior hardware on an RV or van conversion faces a demanding combination of structural load, UV degradation, thermal cycling, and moisture exposure — simultaneously, for years. This post covers the fabrication and finish specifications that survive that environment across the service life of the vehicle.
How to De-Risk Your RV or Van Conversion Hardware Supply Chain
Hardware supply chain failures in RV and van conversion programs don't originate on the production floor — they originate in qualification shortcuts and documentation gaps from the prototype stage. Here's the risk control framework that eliminates them upstream.