Equipment in the energy industry often operates under extremely harsh environments-high temperatures, high pressures, corrosive media, and long-term load stress. SS310 sheet, with its exceptional high-temperature oxidation resistance, superior high-temperature strength, and good structural stability, plays a vital role in this sector.
SS310 sheet Suppliers
HT PIPE is a well-known stockist and exporter. We are a SS310 sheet material supplier with 15+ export experience. We not only provide pipes, 310 stainless steel plate, round bars, but also pipe fittings, flanges, etc. Contact us for more information and prices for free.
aisi 310 stainless steel application in energy industry
sus 310 plate in Fossil Fuel Power Generation
Boiler Internal Brackets and Components: The superheater and reheater areas of a boiler are among the hottest areas, requiring secure support and positioning for the steam pipes within. SS310 sheet is used to manufacture these pipe brackets, clamps, and wear shields. These components are constantly exposed to high-temperature flue gases and must withstand their own weight, the weight of the pipes, and the erosion of high-velocity flue gases.
Burner Components and High-Temperature Damper: SS310 is used to manufacture some heat-resistant components in the burner area. Furthermore, high-temperature flue dampers and baffles within the boiler also require SS310 to ensure they can withstand the high temperatures and micro-corrosion from sulfur-containing flue gases while regulating flue gas flow.
aisi 310 material in Nuclear Power Generation
Heat Exchangers and Piping Systems: SS310 is used to manufacture heat exchanger tube sheets and shells, as well as associated high-temperature piping, in nuclear power plant auxiliary circuits, spent fuel pool cooling systems, and intermediate circuits of certain reactor types. It resists corrosion from high-temperature, high-pressure water and maintains long-term structural integrity, providing a reliable guarantee for the safe operation of nuclear power plants.
1.4845 steel in Renewable Energy and Advanced Energy Storage
Concentrated Solar Power (CSP): In tower or trough CSP plants, the heat generated by concentrated solar energy must be removed by a heat transfer medium. SS310 sheet is used to manufacture molten salt heat exchangers, the inner walls and internal components of heat storage tanks, and high-temperature molten salt piping.
It resists corrosion from molten salt at high temperatures (typically exceeding 500°C) and possesses sufficient high-temperature strength to withstand the static pressure and thermal cycling stresses of the molten salt, making it a key material for the high efficiency and long life of CSP.
Hydrogen Energy Industry: In the production of "green hydrogen" through high-temperature electrolysis (SOEC), certain structural components within the electrolyzer, such as current collectors and separators, must operate at high temperatures (700-900°C) and in specific atmospheres. SS310's resistance to high-temperature oxidation and carburization makes it a suitable material for these key components, supporting the development of this clean energy technology.
Energy Storage Systems: In high-temperature heat-based energy storage systems, SS310 can also be used to manufacture heat storage units and heat exchangers, similar to its application in solar thermal power generation.
310 stainless steel plate in Waste Incineration and Biomass Power Generation
Waste Incinerators: SS310 sheet can be used as protective covers and clamping components in the superheater tube bundle area of the incinerator. It effectively resists high-temperature chlorine corrosion caused by chlorine-containing flue gases and can also withstand potential sulfuric acid dew point corrosion. Its lifespan is significantly longer than that of ordinary stainless steel, effectively reducing equipment maintenance frequency and costs.
Biomass Gasification/Combustion Furnaces: Biomass fuel also contains corrosive elements such as potassium and chlorine. SS310 can be used to manufacture internal components and linings of gasifiers, and it remains stable at high temperatures and resists corrosion and wear.
