Stainless resists corrosion because of an invisible chromium-oxide layer. Welding disturbs that layer, and post-weld cleanup is how fabricators restore it.
Why Stainless Welds Get Cleaned, Blended and Passivated
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Materials
Stainless Steel vs. Carbon Steel vs. Aluminum: Which Material Fits Your Project?
The best fabrication material is the one that meets the operating environment, load, weight, sanitation, appearance, maintenance, and...
Industrial Paint and Finishing Options for Fabricated Steel
The finish is the part of a fabrication everyone sees — and surface prep, not the topcoat brand, is what decides how long it lasts.
Sanitary Stainless Fabrication for Food Processing Plants: What Actually Matters
In food plants, the fabrication details decide whether equipment can actually be cleaned. Continuous welds, smooth finishes, and drainable geometry matter as much as the grade.
What Is AR (Abrasion-Resistant) Steel and When Should Wear Parts Use It?
AR steel is carbon steel hardened to survive sliding abrasion. For chutes, liners, paddles, and other sacrificial surfaces, it can multiply service life compared with mild steel.
How to Choose the Right Metal for a Fabricated Part
Carbon steel and stainless steel solve different problems. The right choice depends on the environment the part lives in, the loads it carries, and the budget for the project.
304 vs. 316 Stainless Steel for Industrial and Food-Processing Equipment
304 and 316 are both proven austenitic stainless steels, but they are not interchangeable in every environment. Type 304 is often the...