HEATING FURNACE

Superheated Steam Mesh Belt Oven

Oven

SHS Characteristics

Examples of Use

Oven ELS / ELB

FEATURES

“We offer equipment and systems that combine ”Tanabe’s technical expertise“ with ”superheated steam.”

Equipment Features	Safety Treatment (No combustion reactions occur inside the furnace due to the superheated steam atmosphere) Oxidation-inhibiting effect (thermal decomposition treatment under an ultra-low-oxygen atmosphere) Energy-Saving Benefits of the Heat Recovery System (Maximizing the Use of Waste Heat) Comprehensive Coordination, Including Supply and Discharge Equipment
Equipment Applications	Cleaning and Degreasing of Metal Briquettes Heat Treatment of Scrap and Irregularly Shaped Materials (Removal of Organic Compounds) Heat Treatment of Carbon-Based Materials Thermal Decomposition Treatment of Printed Circuit Boards and Resins Cleaning of Board and Sheet Products
Other	Properties of Superheated Steam Enables rapid heating through a combination of convection, radiation, and condensation (four times the thermal energy efficiency compared to hot air) Treatment effects equivalent to those of an inert gas are achievable (oxidation suppression, thermal decomposition, carbonization, etc.) System Patterns Electric Heater Heating System, Standard Type This model uses electricity as its primary heat source and incorporates electric heaters, enabling easy operation, precise temperature control, and processing capabilities up to high temperatures (up to 700°C). Electric Heater Heating System: Heat Recovery (Waste Heat Boiler) Type This energy-saving model maintains the operability and controllability of the standard type while utilizing the energy (heat) from the processed material to generate steam. By designing an optimal exhaust gas system tailored to the heat output of the processed material and utilizing the waste heat, it dramatically reduces the unit processing cost.

Equipment Features

Safety Treatment (No combustion reactions occur inside the furnace due to the superheated steam atmosphere)
Oxidation-inhibiting effect (thermal decomposition treatment under an ultra-low-oxygen atmosphere)
Energy-Saving Benefits of the Heat Recovery System (Maximizing the Use of Waste Heat)
Comprehensive Coordination, Including Supply and Discharge Equipment

Equipment Applications

Cleaning and Degreasing of Metal Briquettes

Heat Treatment of Scrap and Irregularly Shaped Materials (Removal of Organic Compounds)

Heat Treatment of Carbon-Based Materials

Thermal Decomposition Treatment of Printed Circuit Boards and Resins

Cleaning of Board and Sheet Products

Other

Properties of Superheated Steam

Enables rapid heating through a combination of convection, radiation, and condensation (four times the thermal energy efficiency compared to hot air)
Treatment effects equivalent to those of an inert gas are achievable (oxidation suppression, thermal decomposition, carbonization, etc.)

System Patterns

Electric Heater Heating System, Standard Type
This model uses electricity as its primary heat source and incorporates electric heaters, enabling easy operation, precise temperature control, and processing capabilities up to high temperatures (up to 700°C).
Electric Heater Heating System: Heat Recovery (Waste Heat Boiler) Type
This energy-saving model maintains the operability and controllability of the standard type while utilizing the energy (heat) from the processed material to generate steam. By designing an optimal exhaust gas system tailored to the heat output of the processed material and utilizing the waste heat, it dramatically reduces the unit processing cost.

HEATING FURNACE

Heating Furnace

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