A stainless fitting can meet its drawing and still develop corrosion after repeated heating. If you’re considering 321 stainless steel, its main advantage is resistance to a particular heat-related corrosion problem, not blanket protection against every fluid or temperature. Titanium stabilization helps the alloy retain corrosion resistance after exposure to elevated temperatures. For a reliable […]

A fitting can pass every dimensional check and still corrode beneath its seal after installation. In that case, machining accuracy may not be the problem. When choosing 317L stainless steel, you also need to consider the fluid, temperature, crevices, and surface condition. 317L contains more molybdenum than the commonly used 316L grade. That can make

A 316 stainless fitting can meet every dimension on the drawing and still fail early if its material, finish, or service environment was poorly specified. If you’re selecting 316 Stainless Steel for a fluid-system part, corrosion resistance and machining behavior both deserve attention. The alloy is a useful choice when 304 doesn’t offer enough corrosion