The oil-fired hot blast stove has introduced excellent technology, adopted the enhanced heat transfer method and heat-resistant steel material, with compact structure, small volume and long service life.

The oil-fired hot blast stove adopts the method of indirect heating of air, so that the flue gas and air go their own way, and the heating is pollution-free, which meets the needs of the application fields that have clean, fire-proof and explosion-proof requirements for hot air.

The oil-fired hot blast stove adopts a plug-in hot air circulation fan, which is integrated with the heat exchange body of the hot blast stove, which saves space, reduces noise, reduces heat dissipation, and facilitates maintenance.

The oil-fired hot blast stove is equipped with a burner, which has a high degree of automation and precise temperature control. The furnace directly outputs high-temperature air through one heat exchange, and has high thermal efficiency, which makes up for the low thermal efficiency of steam boilers and heat-conducting oil heating furnaces due to secondary heat exchange, saves fuel and electricity, and has significant economic benefits.

The operation cost of the oil-fired hot blast stove is low. Compared with the electric heating drying method, it is only 1/3 of the electric heating operation cost. Therefore, the electric heating drying room system can be transformed, and the transformation cost can be recovered within six months to one year.

The hot air temperature is high, and the hot air output temperature of the indirect hot blast stove can reach 450 ℃, which is difficult to achieve whether it is a heat transfer oil heating furnace or a steam boiler.

The initial investment is low, and it can be installed or erected on the top, bottom or one side of the heating equipment without the need to build a furnace room. Under the same heat supply, the initial investment is only half of the heat transfer oil furnace and the steam boiler.