| Grade | Maximum continuous operating temperature | Resistivity at 20ºC Ω mm2m-1 / 68ºF Ω/cmf |
|---|---|---|
| FeCrAl alloys | ||
| Kanthal APM | 1425ºC (2600ºF) | 1.45/872 |
| Kanthal A-1 | 1400ºC (2550ºF) | 1.45/872 |
| Kanthal AF | 1300ºC (2370ºF) | 1.39/836 |
| Kanthal D | 1300ºC (2370ºF) | 1.35/812 |
| Alkrothal | 1100ºC (2010ºF) | 1.25/744 |
| NiCr alloys | ||
| Nikrothal 80 | 1200ºC (2190ºF) | 1.09/255 |
| Nikrothal 70 | 1250ºC (2280ºF) | 1.18/709 |
| Nikrothal 60 | 1150ºC (2100ºF) | 1.11/668 |
| Nikrothal 40 | 1100ºC (2010ºF) | 1.04/626 |
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Heat Treat Furnaces and Ovens
Heat treat furnaces and ovens are equipment used to alter the physical and chemical properties of metals and alloys. They can perform various processes such as annealing, hardening, tempering, quenching, and aging. Heat treat furnaces and ovens can operate at different temperature ranges, atmospheres, and heating rates depending on the desired outcome and the material being treated. Heat treat furnaces and ovens are essential for many industries such as aerospace, automotive, medical, and manufacturing.
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