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Explore the four key benefits of duplex stainless steel: high strength, superior corrosion resistance, ease of fabrication, and cost-effectiveness. Understand why 2205 is favored over ...

P-Numbers and F-Numbers are essential classifications in the welding industry, particularly for projects that follow ASME codes and...

Learn how metal strength at high temperatures differs from room temperature in this comprehensive guide. Discover the importance...

Learn about the latest advancements in Positive Material Identification (PMI) from portable XRF to OES instruments. Understand their...

AL-6XN® was developed to improve the corrosion resistance of AL-6X in seawater environments, offering better performance in resisting...

When delving into the intricacies of bar products, specific terms, processes, and even specifications are common areas of misunderstanding.

Explore the causes and solutions for chloride stress corrosion cracking (CSCC) in 300 series stainless steels used in indoor swimming pool environments.

The raw material surcharge offsets fluctuating costs of stainless steel and nickel alloys, calculated per pound.

Duplex stainless steels typically have 50% of both austenite and ferrite in their microstructure. It is necessary to have good control of...

Discover the difference between flat bars and gauered flat bars cut from plates. Learn about their dimensional tolerances and the importance of edge and corner ...

Metal Dusting is a hazard when using heat-treat carburizing furnaces and petrochemical equipment. Explore how high-chromium alloys thwart this destructive process, safeguarding crucial industrial assets ...

Explore the evolution of stainless steel with manganese substitution grades, offering cost-effective solutions for industries like appliances and food equipment.

Plate Thickness Variation Back To All Articles Share: More Articles Quote, Buy, Track! We make ...

Best Practices When Using Duplex Stainless Steel Back To All Articles Share: More Articles Quote, ...

Highlighting the importance of factors beyond PREN, like manufacturing processes and heat treatment, is essential for predicting corrosion resistance accurately in various environments.