HEATING FURNACE

Superheated steam mesh belt oven

oven

SHS characteristics

Application example

Oven ELS / ELB

FEATURES

We propose facilities and systems that combine “Tanabe technical know-how” and “superheated steam”.

Equipment features	Safety treatment (no combustion reaction occurs in the furnace due to superheated steam atmosphere) Oxidation suppression effect (thermal decomposition treatment in an extremely low oxygen atmosphere) Energy-saving effect by heat recycling system (maximum use of waste heat energy) Total coordination including supply and discharge equipment
Equipment use	Cleaning and degreasing of metal briquettes Heat treatment of mill ends and deformed materials (removal of organic matter) Carbon-based heat treatment Pyrolysis treatment of substrates and resins Product cleaning of plates and thin plates
others	Characteristics of superheated steam Rapid heating is possible by combined heat transfer of convection, radiation, and condensation (4 times the thermal energy effect compared to hot air) Treatment effect equivalent to inert gas is possible (oxidation suppression, thermal decomposition treatment, carbonization treatment, etc.) system pattern Electric heater heating method Standard type A type that uses electricity as the main heat source and uses an electric heater for easy operation, precise temperature control, and processing up to a high temperature range (up to 700°C). Electric heater heating method Heat recycling (waste heat boiler) type An energy-saving type that utilizes the energy (calorie) of the processed material as steam generation energy while maintaining the operability and controllability of the standard type. By designing and utilizing exhaust heat, the optimum exhaust gas system that matches the calorific value of the processed material dramatically reduces the unit cost of processing.

Equipment features

Safety treatment (no combustion reaction occurs in the furnace due to superheated steam atmosphere)
Oxidation suppression effect (thermal decomposition treatment in an extremely low oxygen atmosphere)
Energy-saving effect by heat recycling system (maximum use of waste heat energy)
Total coordination including supply and discharge equipment

Equipment use

Cleaning and degreasing of metal briquettes

Heat treatment of mill ends and deformed materials (removal of organic matter)

Carbon-based heat treatment

Pyrolysis treatment of substrates and resins

Product cleaning of plates and thin plates

others

Characteristics of superheated steam

Rapid heating is possible by combined heat transfer of convection, radiation, and condensation (4 times the thermal energy effect compared to hot air)
Treatment effect equivalent to inert gas is possible (oxidation suppression, thermal decomposition treatment, carbonization treatment, etc.)

system pattern

Electric heater heating method Standard type
A type that uses electricity as the main heat source and uses an electric heater for easy operation, precise temperature control, and processing up to a high temperature range (up to 700°C).
Electric heater heating method Heat recycling (waste heat boiler) type
An energy-saving type that utilizes the energy (calorie) of the processed material as steam generation energy while maintaining the operability and controllability of the standard type. By designing and utilizing exhaust heat, the optimum exhaust gas system that matches the calorific value of the processed material dramatically reduces the unit cost of processing.

HEATING FURNACE

heating furnace

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