Steam Boiler are closed pressure vessels produced with the aim of enabling the water to pass from liquid state to gas state as a result of transferring the heat energy carried by the flames and gases resulting from the combustion of gaseous fuels to the water by circulating in.

Reasons for Preferring Steam Boilers;

• It provides access to high pressures and high temperatures.
• High heat loads can be transported in small volumes.
• The temperature is constant at the heat transfer surfaces.
• Temperature control can be done very precisely.
• It can be moved from one place to another by its own pressure.
• It is clean and hygienic.

AR-GE Steam boilers It is manufactured with computer aided design and manufacturing technology in accordance with TS EN 12953, CE quality standards, 2014/68/EU pressure vessels directive and TRD rules.

Thanks to its large water and steam volume, it easily meets the need for sufficient steam in intense and continuous working conditions and in sudden steam draws.

It provides more comfortable combustion and less energy consumption with low counter pressure values. Optimum combustion chamber dimensions provide high heat transfer in the furnace, radiation, more efficient use of heat transfer surfaces and complete combustion in the combustion chamber.

Cylindrical Liquid Fuel Steam Boilers, which have the feature of working in harmony with different combustion systems, are designed and manufactured with the latest technology in order to burn all fuels with high efficiency.

Thanks to its high water and suitable steam volumes, it has high performance in sudden steam draws or continuous working conditions.

Due to its low counter pressure, it is sensitive to the environment, with high efficiency combustion performance, high heat transfer in the combustion chamber, more efficient use of radiation, heat transfer surfaces and complete combustion in the combustion chamber, with minimum flue gas emission rates. It provides the opportunity to obtain steam at high capacities with all kinds of burners.