Our B250AS is a high-efficiency single-circuit condenser, specially developed for water-cooled chiller and heat pump applications. Its large ports and asymmetric plate design deliver an effective operating range of 80-250 kW. Our AsyMatrix^® plate pattern improves heat transfer while reducing water…

BTW250AS is adopting the breakthrough technology Hypertwain®. Developed to provide a solution for all the reversible systems, where the demand to have an equally efficient heat exchanger in both co-current and counter-current, is yet to be meet. With BTW250AS, not only efficiency at full load but…

Our F250AS is a high-efficiency single-circuit evaporator, specially developed for air- and water-cooled reversible chiller applications. Its large ports and asymmetric plate design deliver an effective operating range of 80-250 kW. Our AsyMatrix^® plate pattern improves heat transfer while reducing…

FTW250AS is adopting the breakthrough technology Hypertwain®.
Developed to provide a solution for all the reversible systems, where the demand to have an equally efficient heat exchanger in both co-current and counter-current, is yet to be meet.
With FTW250AS, not only efficiency at full load but…

Our P250AS is a high-efficiency single-circuit evaporator, specially developed for air- and water-cooled reversible chiller applications. Its large ports and asymmetric plate design deliver an effective operating range of 80-250 kW. Our AsyMatrix^® plate pattern improves heat transfer while reducing…

T-REG is an integrated solution that combines an electrical heater, a heat exchanger, and the connecting piping. The concept is designed for applications requiring quick and accurate temperature control to ensure high productivity and quality (e.g. in the plastic molding industry).

Our V250AS is a high-efficiency single-circuit evaporator, specially developed for air- and water-cooled reversible chiller applications. Its large ports and asymmetric plate design deliver an effective operating range of 80-250 kW. Our AsyMatrix® plate pattern improves heat transfer while reducing…