Metal exposed to high heat in air does not stay clean for long. Oxygen reacts with the surface and forms scale, a brittle oxide crust that thickens over time. Once that scale cracks or flakes off, fresh metal sits exposed and the process starts again. In furnaces, burners and heat exchangers, this steady loss of wall thickness shortens service life and raises the risk of failure.
Continue reading “How 310 Stainless Steel Tube Resists Oxidation and Scaling [Infographic]”
Molybdenum helps grade 316 resist chloride pitting far better than 304 does, yet it gives little protection against chloride stress corrosion cracking. This post walks you through the heat, stress and fabrication conditions behind cracking in 316 tubes, and when 2205 duplex or 904L deserves a closer look.
This post shows you how to read a mill test report before you accept a 304 stainless steel tube delivery. It covers heat number matching, chemistry limits, test results and the certificate type to ask for.
Continue reading “What a Mill Test Report Tells You About 304 Stainless Steel Tube”
Industrial equipment, operating at high temperatures will need metals that are designed to work in conditions with that type of intensity. Strength, the material’s resistance to oxidizing and enduring effects under the heat will all be factors in identifying the best steel grade and 310 Stainless Steel Tube will likely be identified as one to be considered.
Continue reading “7 Performance Factors That Make 310 Stainless Steel Pipe Suited to High-Temperature Service [Infographic]”
Nickel alloy 201 tubing earns its place where carbon content decides service life. Heat exposure, caustic strength, wall dimensions and paperwork all shift the answer before an order gets signed.
Salt exposure changes what piping has to survive over a service life. 2205 duplex pipe brings corrosion resistance and strength into one material, which trims the shortlist for brackish water and marine systems.
Once you’ve identified the precise specification you require for a given application, you should have little difficulty in choosing the right one for your 317L stainless steel tube. It’s frequently specified due to the fact that it yields such positive results and, if the right specification is chosen, should provide service without incident for decades.
Continue reading “8 Selection Tips for Choosing a 317L Stainless Steel Tube [Infographic]”
Ask why the 316 seamless tube keeps showing up in precision specs and the answer comes back to one thing, a wall with no seam. Here is where that matters and what bad tubing decisions cost.
Continue reading “316 Seamless Tube Is Becoming a Preferred Choice for Precision-Based Industries”
Somewhere right now a crew is cutting out tubing that should have lasted another decade. The grade was wrong for the service. What follows covers the 316 stainless steel tube, the environments it was made for, and the money question.
Continue reading “316 Stainless Steel Tube Is Helping Industries Build More Reliable Systems”
Choosing the correct material for the various pipelines used within industrial facilities is one of the most important considerations for an engineers’ responsible for the maintenance and ongoing operation of those systems for the decades ahead.
Continue reading “9 Benefits of Using Chrome Pipe for High Performance Industrial Applications [Infographic]”