News and events
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04/11/2008
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CR System Dual Kherr, the new generation of Climastar heating systems, provides average energy savings of 20%
Climastar is now presenting its new ecologic & low consuption heating system based on the properties of Dual Kherr, a special type of material specially conceived to provide a heat accumulation power 85% superior than other heating systems. Additionally, CR System Dual Kherr features the latest technology to provide energy savings and the highest levels of comfort.
A new generation of Climastar heating systems
Climastar presents this season its brand new ecological and low consumption CR System Dual Kherr, a unique, revolutionary internationally patented heating system.
The fifth generation of Climastar's green radiators is based on the properties of the Dual Kherr, a special material that displays a power of heat accumulation a 85% superior to other thermal emitters. In addition, Dual Kherr is such an extraordinarily hard and resistant material that it is, in fact, guaranteed for life.
Highly efficient thermostatization and programming
CR System Dual Kherr incorporates the last advances in technology to promote both energy savings and the highest level of comfort. It incorporates an electronic high precision ENERGY STAR thermostat featuring nine pre-selected and four free choice programmes, allowing energy savings averaging 20%. Savings increase up to 50%, in the case of second residences. Comfort features include aromatherapy, humidifier and radio tuner.
How does CR System Dual Kherr work?
CR System Dual Kherr is quick and effective. It reaches the comfort temperature quicker and maintains it over longer periods of time than other heating systems thanks to the great heat accumulation power of Dual Kherr and the excellent thermostatization of Climastar CR System.
Dual Kherr conception and energy savings
Dual Kherr is compound fundamentally of oxide of silicon and aluminum oxide, two complementary materials that give and extra-value to Climastar new heating system. The silicon is excellent for thermal storage, whereas the aluminium is an outstanding heat transmitter.
Besides, the structural design of Dual Kherr multiplies the contact surface between the heat accumulating element and the draft to, therefore, improve the temperature increase rate of the surface and obtain a greater thermal inertia. This design basically consists of two elements: double nucleus conductive lines which optimize the draft circulation favouring the distribution of the hot air that is generated in the heating element, and double nucleus blocks which absorb the heat of the draft and yield it to the frontal surface favouring heat radiation.
Consequently, Dual Kherr presents an accumulation power 85% superior to other thermal emitters, being able to transmit heat to the room over much longer periods of time.
