Our oil gas fired thermic fluid heaters operate at an atmospheric pressure of up to 300°C and use a special oils as the heat carrier. As compared to water and steam, oil fired heaters, thermal oil heater requires 85 bar pressure to get the said temperature. Our Alfa oil fired heaters, thermal oil heater are optimized thermodynamically and have high efficiency along with brilliant heat transfer to the thermic fluid. Their combustion chambers are dimensioned properly and have sufficiently long length. Thus, the flame can burn fullOur oil gas fired thermic fluid heaters operate at an atmospheric pressure of up to 300°C and use a special oils as the heat carrier. As compared to water and steam, oil fired heaters, thermal oil heater requires 85 bar pressure to get the said temperature. Our Alfa oil fired heaters, thermal oil heater are optimized thermodynamically and have high efficiency along with brilliant heat transfer to the thermic fluid. Their combustion chambers are dimensioned properly and have sufficiently long length. Thus, the flame can burn fully, by keeping the emission values very low, for all fuel types.
, by keeping the emission values very low, for all fuel types.

Our oil gas fired thermic fluid heaters operate at an atmospheric pressure of up to 300°C and use a special oils as the heat carrier. As compared to water and steam, oil fired heaters, thermal oil heater requires 85 bar pressure to get the said temperature. Our Alfa oil fired heaters, thermal oil heater are optimized thermodynamically and have high efficiency along with brilliant heat transfer to the thermic fluid. Their combustion chambers are dimensioned properly and have sufficiently long length. Thus, the flame can burn fullOur oil gas fired thermic fluid heaters operate at an atmospheric pressure of up to 300°C and use a special oils as the heat carrier. As compared to water and steam, oil fired heaters, thermal oil heater requires 85 bar pressure to get the said temperature. Our Alfa oil fired heaters, thermal oil heater are optimized thermodynamically and have high efficiency along with brilliant heat transfer to the thermic fluid. Their combustion chambers are dimensioned properly and have sufficiently long length. Thus, the flame can burn fully, by keeping the emission values very low, for all fuel types.
, by keeping the emission values very low, for all fuel types.