High-Temperature Hot Air Furnace Introduction

       High-Temperature Hot Air FurnaceFuel is burned through the burner, producing high-temperature flue gas. The heat from the high-temperature flue gas is transferred to the heated air by a hot air furnace equipped with enhanced heat exchange measures. After releasing heat, the high-temperature gas is cooled to below 250 degrees and emitted into the atmosphere by the exhaust fan. The air to be heated is forced into the hot air furnace by an optional blower, heated, and then sent out through the hot air outlet at the rated temperature. When the hot air temperature reaches the maximum rated temperature, the burner will automatically stop burning or switch to a low flame. When the hot air temperature drops to the minimum rated temperature, the burner will reignite and resume operation or switch to a high flame. The rate of temperature increase can be adjusted by the inlet valve.

Application Range: Suitable for various processes that use air as the medium for heat exchange and heating.
Features: Precise temperature adjustment to within 1 degree
Output Range: 50,000 - 12,000,000 kcal
Features: Precise temperature adjustment to within 1 degree

Product Performance

Combustion System Support: Gas (natural gas, liquefied gas, biogas, coal gas, etc.), oil (diesel, heavy oil, alcohol-based fuel, combustion oil, etc.), biomass fuel (biomass briquettes, biomass pellets), straw, wood, coal, waste materials, etc. (For other combustion system types, we recommend our YGL/YGW/YLW series products.) Fuel is burned through burners, producing high-temperature flue gas. The heat from the high-temperature flue gas is transferred to the heated air by a hot air furnace with enhanced heat exchange measures. After heat dissipation, the high-temperature gas is cooled to below 250 degrees and emitted into the atmosphere by the induced draft fan. The air to be heated is forced into the hot air furnace by an optional blower, heated, and then sent out through the hot air outlet at the rated temperature. When the hot air temperature reaches the upper limit, the burner will automatically stop burning or switch to a low flame. When the hot air temperature drops to the lower limit, the burner will reignite and resume operation or switch to a high flame. The speed of temperature rise can be adjusted by the air intake valve.
Application Range: Suitable for various heat exchange and heating processes using air as the medium

Combustion System Support: Gas (natural gas, liquefied gas, biogas, coal gas, etc.), Oil (diesel, heavy oil, alcohol-based fuel, combustion oil, etc.), Biomass Fuel (biomass briquettes, biomass pellets), Straw, Wood Chips, Coal, Scrap Materials, etc. (For other combustion system types, we recommend our YGL/YGW/YLW series products).