Extreme strength, toughness and moderate conductivity
Moderate strength, toughness and very high conductivity
Incredibly high electrical and thermal conductivity
The Elite Thermal Alloys benefit from a unique combination of properties make it the ideal material choice for equipment requiring high strength and high conductivity.
The Elite Thermal Alloys have been designed by our renowned metallurgists to give an advantage to engineers working in extreme environments.
Specifying Elite Thermal Alloys will reduce reliance on toxic high cost materials such as beryllium copper.
Performance can be improved and service life extended by using these alloys, resulting in significant cost advantages in oilfield exploration and processing, moulding applications, fine measurement tooling and other applications where high wear resistance and conductivity are important.
The Elite Thermal Alloys present engineers with design flexibility.
Manufactured in three tempers of increasing strength, it is also possible to customise the alloys to specific applications.
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| CAL C700 |
CAL C800 |
CAL C900 |
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| Extreme strength, toughness and moderate conductivity | High strength, toughness and high conductivity | Moderate strength, toughness and very high conductivity | ||||||||
| Metric | Imperial | Metric | Imperial | Metric | Imperial | |||||
| Tensile Strength | 700 N/nm2 | 102 Ksi | 820 N/nm2 | 119 Ksi | 938 N/nm2 | 136 Ksi | ||||
| 0.2% Proof Stress | 600 N/nm2 | 87 Ksi | 780 N/nm2 | 113 Ksi | 820 N/nm2 | 119 Ksi | ||||
| Elongation | 15% | 12% | 5% | |||||||
| Hardness Brinell HB30 | 158 | 240 | 250 | |||||||
| Rockwell Hardness HRC | 18 | 27 | 31 | |||||||
| Thermal Conductivity 20°c/68°F | 208 W/mK | 120 Btuft/hr.ft2.°F | 159 W/mK | 92 Btuft/hr.ft2.°F | 156 W/mK | 90 Btuft/hr.ft2.°F | ||||
| Excellent seawater corrosion resistance | ||||||||||
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