With several unique benefits, the therm-x2 energy saving radiator sets new standards in the steel panel radiator sector. With a heating period for the radiator which is up to 25 % shorter, with up to 100 % more cosy radiant heat and verifiable energy savings potential of up to 11 %, the therm-x2 consistently focuses on energy-efficient heat transfer.

Heating period for radiator reduced by up to 25 %. The forced flow effects a shorter heating cycle, shorter operating times and the valve closes more quickly.

Success of therm-x2 energy saving radiator is based on the innovative x2-principle of serial flow. While in the existing steel panel radiator technology, all panels are heated concurrently, with the x2-principle, the flow initially only flows through the front panel. This heat output is sufficient during normal operation and the downstream panel only functions as a radiation shield. Only with the increasing need for output it does also contribute towards rapidly heating the room with high convection output.

Increased energy efficiency and decreased losses during distribution and generation due to greater temperature difference between flow and return.

As shown by qualified, autonomous studies, multi-phase heating of the therm-x2 steel panel radiator not only leads to an energy efficiency level not attained until now and therefore to significant energy saving in comparison to conventional radiators, but also ensures maximum thermal comfort at the same time. This is because the feeling of warmth strongly depends on the respective radiation characteristics of a radiator: even if the room temperature is appropriate, but the radiator is emitting little heat, we subjectively perceive the room to be too cold. The therm-x2 energy-saving radiator prevents this with a significantly increased average surface temperature of the front panel: it therefore delivers a radiation component that is up to 100 % higher and always ensuring a cosy sensation of heat as a result.