Thermal Conductivity of Stainless Steel 316
Typical thermal conductivity: Approximately 16.3 W/m·K (watts per meter-kelvin) at room temperature (25°C).
This value is relatively low compared to carbon steels and other metals like copper or aluminum.
Influencing Factors (因素)
Temperature: Thermal conductivity generally increases slightly with temperature up to a point, then may decrease at higher temps.
Alloy composition: Presence of elements like molybdenum and nickel affects heat transfer.
Microstructure: Cold working or heat treatment can alter grain structure, affecting thermal properties.
Surface condition: Oxide layers or coatings can reduce effective conductivity.
Characteristics (特点)
Moderate thermal conductivity, meaning it transfers heat slower than many other metals.
Good oxidation resistance at elevated temperatures.
Maintains mechanical strength and corrosion resistance under thermal stress.
Suitable for applications requiring moderate heat transfer with corrosion resistance.
Applications (应用)
Heat exchangers in chemical and food industries.
Components exposed to moderate heat in marine and petrochemical environments.
Furnace parts and heat treatment equipment.
Architectural panels exposed to temperature variations.
Medical and laboratory equipment requiring controlled thermal conductivity.
Products Provided by SSM (产品)
Sheets and Plates
Pipes and Tubes
Bars and Rods
Flanges and Fittings
Fasteners
Wire and Wire Mesh
