Name | Inconel 690 Alloy |
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Chemical Composition | Ni (58.0-63.0%), Cr (28.0-32.0%), Fe (4.0-8.0%), Mo (0.5% Max), Mn (1.0% Max), Si (0.5% Max), C (0.05% Max), S (0.015% Max), P (0.015% Max) |
Density | 8.22 G/cm³ |
Melting Point | 1400-1450°C |
Tensile Strength | 690 MPa (100 Ksi) |
Name | Inconel 751 Alloy |
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Density | 8.25g/cm3 |
Melting Point | 1300-1350°C |
Tensile Strength | 965 MPa (140 Ksi) |
Yield Strength | 620 MPa (90 Ksi) |
Corrosion Resistance | Good Resistance To Oxidation And Carburization |
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Chemical Composition | Ni (72.0-78.0%), Cr (14.0-17.0%), Fe (6.0-10.0%), Mn (1.0% Max), Si (0.5% Max), C (0.1% Max), S (0.015% Max), P (0.015% Max) |
Melting Point | 1400-1450°C |
Tensile Strength | 690 MPa (100 Ksi) |
Yield Strength | 310 MPa (45 Ksi) |
Density | 8.1 G/cm³ |
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Alloy Type | Nickel-based Alloys |
Melting Point | 1320°C-1390°C |
Thermal Expansion Coefficient | 13.5×10-6 M/mK |
Thermal Coefficient | 11 W/(m·K) |
Name | Nickel Based Alloys |
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Alloy Type | Nickel-Chromium Superalloy |
Density | ~8.42 G/cm³ (0.305 Lb/in³) |
Melting Point | ~1360-1410°C (2480-2570°F) |
Tensile Strength | ~1100 MPa (160 Ksi) |
Name | Nickel Chromium Molybdenum Alloy 59 |
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Composition | Nickel (approx. 59%), Chromium (approx. 23%), Molybdenum (approx. 16%), Iron (≤ 1%), Copper (≤ 1%), Cobalt (≤ 0.5%), Tungsten (≤ 0.5%), Carbon (≤ 0.01%), Silicon (≤ 0.1%), Phosphorus (≤ 0.02%) |
Key Features | Excellent Corrosion Resistance In Highly Acidic Environments, High Strength, Good Weldability |
Applications | Chemical Processing, Petrochemical Industry, Pollution Control, Desalination |
Strength | High Mechanical Strength And Toughness |
Name | Nickel Based Alloys |
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Composition | Nickel (31.5-32.5%), Chromium (26-27%), Molybdenum (6-7%), Iron (Bal.), Nitrogen (≤0.15%), Copper (≤1.4%), Carbon (≤0.015%) |
Key Features | Excellent Resistance To Corrosion In Aggressive Media, High Strength |
Applications | Chemical Processing, Pulp And Paper Industry, Flue Gas Desulfurization |
Strength | High Mechanical Strength And Resistance To Crevice Corrosion |
Composition | Nickel-based Alloy With Specific Concentrations Of Nickel, Chromium, And Other Elements. |
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Tensile Strength | High Tensile Strength Suitable For Demanding Industrial Applications. |
Yield Strength | Excellent Yield Strength Providing Reliability Under Load. |
Corrosion Resistance | Superior Resistance To Corrosion In Various Environments. |
Temperature Resistance | Maintains Integrity At Elevated Temperatures, Suitable For High-temperature Applications. |
Chemical Composition | Ni (70.0-76.0%), Cr (14.0-17.0%), Fe (6.0-10.0%), Mo (2.8-3.3%), Ti (0.6-1.0%), Al (0.2-0.6%), C (0.08% Max), Mn (1.0% Max), Si (0.5% Max), S (0.015% Max), P (0.015% Max) |
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Density | 8.38 G/cm³ |
Melting Point | 1290-1350°C |
Tensile Strength | 965 MPa (140 Ksi) |
Yield Strength | 690 MPa (100 Ksi) |
Name | Nickel Molybdenum Alloy |
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Density | ~8.89 G/cm³ (0.320 Lb/in³) |
Melting Point | ~1350-1450°C (2460-2640°F) |
Tensile Strength | ~550 MPa (80 Ksi) |
Yield Strength | ~350 MPa (50 Ksi) |