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310MoLn

310MoLn stainless steel electrodes are a welding consumable with high chromium content. They contain around 19% chromium and 11.5-13% nickel, 1.25-2.50% silicon, 0.35-0.45% manganese, 0.60-1.00% molybdenum and 0.030% nitrogen. These electrodes also have excellent corrosion resistance and can be used for welding applications when superior weld strength and toughness is needed against oxidation or corrosive environmental conditions. The combination of these chemical components makes them suitable for various applications in the petroleum refining, chemical processing and power generation industries.

310MoLn SS electrodes are a type of welding consumable with excellent mechanical properties, high tensile strength and good ductility. They are also non-magnetic and can be used where magnetic materials may cause interference. The composition of 19% chromium and 11.5-13% nickel provides superior resistance to oxidation or corrosive environmental conditions, making them suitable for petroleum refining, chemical processing and power generation industries. Additionally, 310MoLn stainless steel electrodes offer excellent weldability due to their low carbon content at 0.030%. Their silicon content of 1.25-2.50% enhances their creep strength under high temperatures, while adding molybdenum at 0.60-1.00% increases resistance to corrosion cracking and pitting when exposed to acidic environments such as that found in the oil refining industry.

FAQ's for Stainless Steel 310MoLn Electrodes

The recommended parameters for welding with Stainless Steel 310MoLn Electrodes include a welding current of 70-90 Amps, a welding voltage of 18-22V, and a wire feed speed of 18-25 inches per minute.

Stainless Steel 310MoLn Electrodes are commonly used in the welding of high temperature resistant alloy steels and nickel-base alloys. They are also used in the aerospace and power generation industries for the welding of superheater tubes and other high-temperature components.

Stainless Steel 310MoLn Electrodes should be stored in a dry, well-ventilated area, away from sources of heat and moisture. They should be handled with care to prevent damage to the wire and should be protected from mechanical damage during storage, transportation and use. It is also recommended to use the electrodes within 2 years after the production date.

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