310 Pipe
Nickel (Ni): Around 19-22%. Nickel enhances the overall corrosion resistance and provides stability to the austenitic structure, which helps maintain toughness and strength at high temperatures.
Carbon (C): Maximum of 0.25%. Higher carbon content in 310 compared to other austenitic stainless steels improves its high-temperature strength.
310 stainless steel pipe is an austenitic stainless steel that is highly alloyed with chromium and nickel, making it extremely resistant to oxidation and corrosion, especially at elevated temperatures. 310 stainless steel is specifically designed to handle high-temperature environments, providing excellent strength and durability even under severe thermal cycling and oxidation conditions. This grade of stainless steel is commonly used in high-temperature industrial applications, including furnace components, heat treatment equipment, and other areas where corrosion resistance is essential.
Products Description
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Stainless Steel Pipe |
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Steel Grade |
300 series |
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Standard |
ASTM A213,A312,ASTM A269,ASTM A778,ASTM A789,DIN 17456.DIN17457,DIN 17459,JIS G3459,JIS G3463,GOST9941,EN10216, BS3605GB13296 |
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Material |
310 |
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Surface |
Polishing,annealing,pickling,bright |
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Type |
hot rolled and cold rolled |
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Transportation
Products Description
Certificate
Common Furnace Components Made from 310 Stainless Steel
Retorts:
Role: Retorts are closed vessels used for distillation or heat treatment, where they are exposed to high temperatures and potentially corrosive environments.
Why 310 Stainless Steel: The alloy's ability to resist oxidation and maintain structural integrity at high temperatures makes it ideal for use in retorts.
Muffles:
Role: Muffles are enclosures used in furnaces to isolate the material being heated from direct flame and combustion gases.
Why 310 Stainless Steel: The material's high-temperature strength and resistance to scaling ensure that muffles maintain their shape and effectiveness over extended periods of use.
Radiant Tubes:
Role: Radiant tubes are used in furnaces to heat materials indirectly by radiation.
Why 310 Stainless Steel: Its excellent oxidation resistance and ability to withstand high temperatures make 310 stainless steel suitable for radiant tubes, which are continuously exposed to intense heat.
Burners and Burner Nozzles:
Role: Burners and burner nozzles are components that control the delivery and combustion of fuel in a furnace.
Why 310 Stainless Steel: The alloy's resistance to oxidation and high-temperature strength help maintain the efficiency and longevity of burners and nozzles.
Heat Exchanger Tubes:
Role: Heat exchanger tubes are used to transfer heat from one medium to another, often in high-temperature applications.
Why 310 Stainless Steel: The alloy's ability to resist oxidation and corrosion, combined with its strength at elevated temperatures, makes it ideal for heat exchanger tubes in furnaces.
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