ThermX2 Key

Save energy

Your clients save valuable heating energy and you save yourself the tough pricing and competition pressure.

Energie sparen

Condensing appliance technology, solar thermal collectors etc. are no longer the whole story for people trying to optimize energy saving potential. The unique X2 technology is the first to enable real energy savings in heat transfer. This can be up to 11 % in comparison to standard flat radiators. An effective supplement and optimisation of the energy-efficient heaters. A unique opportunity for you to perfect the chain of energy savings. With convincing arguments that will appeal to every home owner and that give you excellent opportunities to attract new clients, increase client loyalty and achieve niche differentiation.



The X2 technology works in accordance with the completely new, patented principle of serial throughflow. The forerun first flows through the front plate. In regular operation the power from the front plate is totally sufficient and the downstream plate takes over the radiation shield function. Only when more heat is required, does it also contribute to the rapid warming of the room with a high level of convection. The result: a level of energy efficiency that is unheard of in the flat radiator sector. Furthermore, all valve radiators have their kv-values set at the factory and this ensures almost ideal hydraulic conditions in the heating system straight from the factory. There is also a saving of approximately 20 % pump drive power.

Aufheizzeit

Up to 25 % less radiator heating time. The forced flow achieves a shorter heating cycle, shorter operating time and faster closing of the valve.

Strahlung-kl

Up to 100 % higher proportion of radiation into the room because of the higher average surface temperature of the front plate.

Strahlungsverlust

Reduced radiation loss to the outside surfaces because of the lower average surface temperature of the back plate.


Energieeffizienz

Increased energy efficiency and reduction of loss in the distribution and generation because of larger ΔT between the forerun and the return. This is particularly true in partial load operation with low flow volume.