Polymer Property : Density = 9.05 g/cc Product List

Physical Properties

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Physical Properties	Metric	English	Comments
Density	9.05 g/cc	0.327 lb/inÂ³
Lucas-Milhaupt SilvaloyÂ® A38T Brazing Alloy Silvaloy A38T is used for joining ferrous metals, copper, copper alloys, nickel, nickel alloys and combinations of these metals. The tin content provides good wetting on many difficult to wet metals..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold reduced sheet, annealed, 20% cold work Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, after 1000 hours exposure at 650Â°C (1200Â°F) Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, after 4000 hours exposure at 650Â°C (1200Â°F) Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, after 8000 hours exposure at 650Â°C (1200Â°F) Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, bar and rings, annealed and aged Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold reduced sheet, annealed Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold reduced sheet, annealed and 20% cold work Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold reduced sheet, annealed and 40% cold work Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold reduced sheet, annealed and aged Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold reduced sheet, annealed, 40% cold work, aged Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/inÂ³	at RT
Haynes 242Â® alloy, cold rolled sheet, annealed and aged Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815Â°C, excellent low cycle fatigue properties, very good therm..
Density	9.05 g/cc	0.327 lb/in³	at RT
Haynes 242® alloy, hot rolled plate, annealed and aged Age-hardenable, high ductility in the aged condition, lower thermal expansion than most alloys, very good oxidation resistance up to 815°C, excellent low cycle fatigue properties, very good thermal..