Hood Furnace
IOB Industrie-Ofen-Bau GmbH engineers and builds tempering furnaces type hood furnaces for various purposes. The hood furnaces can be used as
The hood furnaces are designed for operation with one or two loading/annealing places. The to be heat treated parts are placed directly or on grids onto the at the loading/annealing places arranged support benches by means of the charging machine/crane or fork lift. The hood system is used in case of restricted availability of space. The execution of the hood furnace can be without or with door(s). The loading/annealing place is very well accessible after the hood has moved sideward for the loading or unloading process.
A very big advantage of the hood construction is the excellent sealing of the hood towards the loading/annealing place. Hence the execution as annealing furnace under protective atmosphere, using e. g. forming gas and/or endo gas, in the original execution or as option to be build in later is very well possible.
- Tempering furnace for e.g. rod material and/or coils
- Tempering furnace for aluminum
- Tempering furnace under protective atmosphere
The hood furnaces are designed for operation with one or two loading/annealing places. The to be heat treated parts are placed directly or on grids onto the at the loading/annealing places arranged support benches by means of the charging machine/crane or fork lift. The hood system is used in case of restricted availability of space. The execution of the hood furnace can be without or with door(s). The loading/annealing place is very well accessible after the hood has moved sideward for the loading or unloading process.
A very big advantage of the hood construction is the excellent sealing of the hood towards the loading/annealing place. Hence the execution as annealing furnace under protective atmosphere, using e. g. forming gas and/or endo gas, in the original execution or as option to be build in later is very well possible.
For coils or long rod material
Load
Max. 65000 kg/load
Temperatures
Heat treatment: 400 °C - 950 °C, max. 1000 °C
Heating gradient: with 65 t/load = 70 °C/h
Heating method
High velocity circulation burner
Heating medium
Natural gas