Nickel and nickel alloys · Alloy 212 / NiMn2 / N02212 / 2.4110
Alloy 212 (UNS N02212): Technical specifications and properties for industrial applications
Technical parameters of Alloy 212
| Product type | Parameter | Value |
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| Alloy name | Wire | Alloy 212, VDM Alloy 212, NiMn2 ROE LC, UNS N02212 |
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| Alloy name | Wire | Alloy 212, VDM Alloy 212, NiMn2 ROE LC, UNS N02212 |
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| Alloy name | Wire | Alloy 212, VDM Alloy 212, NiMn2 ROE LC, UNS N02212 |
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| Main specifications | Wire | ASTM |
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| Main specifications | Wire | CPF84 |
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| Main specifications | Wire | CPF84 |
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| Main specifications | Wire | AMS |
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| Main specifications | Wire | SA-688 |
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| Main specifications | Wire | SA-688 |
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| Analogs | Wire | DIN |
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| Analogs | Wire | X2CrNiMnMoNbN25-18-5-4 |
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| Analogs | Wire | X2CrNiMnMoNbN25-18-5-4 |
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| Analogs | Wire | W.Nr. |
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| Analogs | Wire | 2.4110 |
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| Analogs | Wire | 2.4110 |
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Precise chemical composition of Alloy 212 (mass fraction in %)
| Ni (Nickel) | Parameter | Value |
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| 98 | Mn (Manganese) | 1.6 |
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Key mechanical properties of the material
The engineering parameters of Alloy 212 ensure exceptional reliability in specialized operating conditions where a combination of high ductility and strength is critical. This alloy is designed for applications requiring stable characteristics under the influence of mechanical loads and temperature fluctuations.
| Yield strength | Parameter | Value |
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| Yield strength (0.2% offset) | 80 ksi | 138 ksi |
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| Yield strength (0.2% offset) | 550 MPa | 950 MPa |
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| Elongation, min. | 80 ksi | 43% |
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| Elongation, min. | 550 MPa | 43% |
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Physical parameters of Alloy 212
The density of the nickel-manganese alloy 212 is 8.86 g/cm³. These physical characteristics confirm its suitability for demanding industrial sectors.
| Melting temperature | Parameter | Value |
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| Coefficient of thermal expansion | 1446°C | 12.9 µm/m°C |
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| Coefficient of thermal expansion | 2635°F | 7.2 x 10⁻⁶ in/in°F |
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| Electrical resistance | 1446°C | 10.9 µΩ·cm |
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| Electrical resistance | 2635°F | 66 ohm·circ mil/ft |
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| Shear modulus | 1446°C | 78 kN/mm² |
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| Shear modulus | 2635°F | 11313 ksi |
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| Modulus of elasticity | 1446°C | 196 kN/mm² |
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| Modulus of elasticity | 2635°F | 28400 ksi |
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| Thermal conductivity | 1446°C | 44 W/m·°C |
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| Thermal conductivity | 2635°F | 305 btu·in/ft²·h·°F |
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