Features The channel-type recuperator consists of many steel tubes and is a system to be installed in the high temperature flue duct of an industrial furnace, in order to preheat combustion air or fuel gas. Consequently, it permits operation in a wide range of flue gases, at temperatures of up to 1,050°C. The preheated air temperature is set

Features Plate type recuperator is made of extremly this metal plate that was welded each other and is very suitable in the function of distributing thermal stress, abrasion-resistence, corrosion-resistence. thermal stress of common recuperators are very complicated but plate type recuperator is designed that each unit aborb thermal

Features The flue tube-type recuperator (shell and tube-type recuperator) is a convection-type heat exchanger composed of many tubes. As with the channel-type recuperator, the range of applicable waste gas temperature obtained is 700?. The advantage is that it is applicable to waste gases with high dust levels, and put through tubes. For use

Features The radiation-type recuperator consists of two layers of cylindrical steel walls, and the air or fuel gases are preheated as they flow between the inner and outer walls. Since heat recovery is made by radiated heat, it is beat suited to high temperature waste gases at over 900°C. The maximum preheated air temperature obtained is

Features Bending type recuperator is composed of many steel tubes and is mounted in flue gas duct of industrial furnacess to preheat combustion air and/or gas. In this recuperator, the flue gas flows throught outside of tubes and the air flows through in side of tubes, under maximum flue gas temperature of 750 °C, gaining maximum preheated

Features Bending type recuperator is composed of many steel tubes and is mounted in flue gas duct of industrial furnacess to preheat combustion air and/or gas. In this recuperator, the flue gas flows throught outside of tubes and the air flows through in side of tubes, under maximum flue gas temperature of 750 °, gaining maximum preheated