A general, abbreviated term for a Heat Treating Furnace. It is a versatile furnace used for annealing, hardening, tempering, and normalizing metals. Operating from a base of 600°C, it is a broad category. The working principle involves controlled heating and cooling cycles within an insulated chamber to achieve desired metallurgical transformations. Its purpose is to tailor the mechanical properties of metal components across virtually every heavy and precision engineering industry. It is the backbone of metallurgical processing.
600
°Celsius
1112°F
Heat Treat Furnace
TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 500°C
800
°Celsius
1472°F
Heat Treat Furnace
TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 700°C
1000
°Celsius
1832°F
Heat Treat Furnace
TC: N (Nicrosil-Nisil)
HE: Kanthal A1 (FeCrAl)
Working: 900°C
1200
°Celsius
2192°F
Heat Treat Furnace
TC: S (Platinum-10% Rhodium)
HE: Kanthal A1 (FeCrAl)
Working: 1100°C
1400
°Celsius
2552°F
High Temperature Heat Treat Furnace
TC: B (Platinum-30% Rhodium)
HE: Silicon Carbide (SiC)
Working: 1300°C
700
°Celsius
1292°F
Heat Treat Furnace
TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 600°C
900
°Celsius
1652°F
Heat Treat Furnace
TC: K (Chromel-Alumel)
HE: Kanthal A1 (FeCrAl)
Working: 800°C
1100
°Celsius
2012°F
Heat Treat Furnace
TC: N (Nicrosil-Nisil)
HE: Kanthal A1 (FeCrAl)
Working: 1000°C
1300
°Celsius
2372°F
High Temperature Heat Treat Furnace
TC: S (Platinum-10% Rhodium)
HE: Silicon Carbide (SiC)
Working: 1200°C