PROPRIETARY Pyromet Alloy 41 Nickel Alloys
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PROPRIETARY Pyromet Alloy 41 Chemical Composition
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PROPRIETARY Pyromet Alloy 41 Physical Properties
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PROPRIETARY Pyromet Alloy 41 Heat Treatments
- Solution treated at 1066°C, 4 hours, air cooled and aged at 760°C, 16 hours, air cooled. Solution temperatures: gamma prime solvus temp 1071/1082°C, M6C carbide 1149°C and higher, M23C6 carbide 982°C and higher. If fine grain size and best tensile ductility are desired, the solution treatment should be executed in the range of 1038/1052°C, hold 4 hours at temperature, then air cool. If the M6C carbide, normally present in this alloy, is solutioned by treating above 1149°C, it will precipitate during cooling or aging as M23C6, a continuous grain boundary film which results in low ductility. Resolutioning - at least 982°C and preferably 1038°C - is required to restore ductility by reforming M6C. Precipitation hardening treatment: heat to 760°C, hold at heat for 16 hours, then air cool. Hardness will be in the Rockwell C 40/45 range. Lowest hardness is obtained by quenching from temperatures above the gamma prime solvus temperature 1066°C is usually satisfactory. In some cases it may be desirable to anneal at lower temperatures, but preferably not lower than 982°C.
PROPRIETARY Pyromet Alloy 41 Mechanical Properties
Temperature
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PROPRIETARY Pyromet Alloy 41 International Equivalent Materials
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- 11Cross References
- 11Composition
- 24Mechanical Properties
- 26Physical Properties
- 1Heat Treatment
- -Metallography
- -Machinability
- 4Stress-Strain
- -Formability
- -Fatigue
- -Fracture
- 1Creep
- -Joints
- -Coatings
- -Dimensions
- -Tribology
- 1Corrosion
- -Ageing
- -Weatherability
- -Irradiation
- 12Total Suppliers