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317LN

Stainless Steel 317LN Welded Pipes are commonly used in industrial applications due to their high corrosion resistance and superior strength. Specifically, these pipes contain a combination of molybdenum, nickel, and chromium that provides the ability to resist corrosion from organic and inorganic acids alike. This composition also gives them high tensile strength and malleability, making them perfect for various welding applications. The addition of nitrogen into the chemical composition allows for more excellent ductility and better formability than other types of stainless steel. All this combines to make 317LN Stainless Steel Welded Pipes an ideal choice for many industries.

Stainless Steel 317LN Welded Pipes have a fantastic set of properties that make them a popular choice for many industrial applications. The alloy offers superior corrosion resistance, even better than similar grades of stainless steel. It also has good forming and performance characteristics. Because it is heat treatable and weldable, the alloy can be used in projects requiring additional protection from corrosive elements or mechanical damage. This makes SS317LN Welded Pipes perfect for medical equipment, chemical containers, plumbing components, and other marine-related equipment. Moreover, this alloy's composition prevents carbide precipitation for much longer than other stainless steels, making them suitable for high temperatures. With its combination of durability and strength, it's no wonder that Stainless Steel Welded Pipes 317LN are being specified in projects worldwide.

FAQ's for Stainless Steel 317LN Welded Pipes

The HSN code for stainless steel 317LN welded pipes is 7304 31 20 00.

Learn how to weld stainless steel 317LN welded pipes with this step-by-step guide. Clean the joint, select the right filler metal, use proper technique, control heat inputs and do final inspections.

Stainless steel 317LN welded pipes are non-magnetic due to their low carbon content. They contain less than 0.03% of carbon, which is not enough for them to be magnetic.

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