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Stainless Steel 202 Seamless Pipes are made of a combination of chromium, nickel, and molybdenum - metals that work together to provide superior strength and resist corrosion. The chromium content in the steel provides extra protection against wear, abrasion, and oxidation, while the nickel content helps make it pliable. In addition, molybdenum adds corrosion resistance to the alloy and increases tensile strength properties compared to traditional stainless steel grades. All of these elements together make it an ideal choice for applications that need to be long-lasting and capable of standing up to strong chemicals or extreme environments.

Stainless Steel 202 Seamless Pipes are commonly used in various industries due to their superior properties. These pipes have improved machine-ability compared to 304-grade stainless steel, making them a favorite for fabrication purposes. They provide excellent formability, welded ends, and polished finishes, making them suitable for piping networks and fluid transfer needs. Additionally, the high chromium content of these pipes makes them resistant to oxidation and corrosion, guaranteeing extended service life and structural integrity in their applications. Amongst numerous other advantages of using this type of pipe are its durability, cost-effectiveness and its lightweight compared to other metal pipes. SS 202 Seamless Pipes are available in different sizes for varied requirements making them an ideal material for various usage.

FAQ's for Stainless Steel 202 Seamless Pipes

Stainless Steel 202 Seamless Pipes Start From Rs. 200/Kilogram To Rs. 300/Kilogram

The HSN code for Stainless Steel 202 Seamless Pipes is 73061100.

To successfully weld Stainless Steel 202 Seamless Pipes, the correct welding technique needs to be used and the appropriate filler material should be selected. It's important that the pipes and surrounding materials are free from rust, scale, dirt, oil and paint. The welding power supply should be set at a low amperage with a slow travel speed and multiple passes as necessary to control depth of penetration. After welding, it's important to inspect the welds for any cracks or porosity and clean them in order to remove any residues before use.

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