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330

Stainless Steel 330 welded pipes are perfect for applications requiring high-stress levels and elevated temperatures. Their chemical composition comprises nickel, carbon, silicon, manganese and iron, which allows them to have a wide range of resistance in heating environments. Furthermore, their high chromium content gives them excellent corrosion resistance properties. The addition of columbarium also makes the pipes resistant to oxidation during heat treatment and enhances strength and hardenability. As a result, Stainless Steel 330 welded pipes are an ideal choice when selecting materials for various welding applications due to their ability to function in extreme conditions without sacrificing performance or durability.

SS 330 Welded Pipes possess many useful and desirable properties. They have superior corrosion resistance compared to other steel alloys, making them ideal for saline and chloride-laden applications. Additionally, the pipes are highly durable, surpassing many of its competitors in strength with melt temperatures ranging from 2550-2650°F, making it temperature resistant and capable of withstanding impacts from high heat. These welded pipes can also be employed for their anti-magnetic properties and make them electrically resistant due to their composition. These qualities make stainless steel 330 welded pipes popular for manufacturers in various industries, including petrochemicals and oil production, salt water applications in power plants, food processing equipment, and shipbuilding structures.

FAQ's for Stainless Steel 330 Welded Pipes

The HSN (Harmonized System Nomenclature) code for stainless steel 330 welded pipes is 7306.

Stainless steel 330 welded pipes have a magnetic behaviour when put under a magnetic field. This is because the alloy mostly consists of ferritic stainless steel, which exhibits strong electrical and magnetic properties when in contact with a magnetic field. When an electric current is run through these pipes, they are able to produce greater strength due to the presence of manganese and nitrogen, which helps increase their resistance abilities.

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