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In cooling mode, capillary mats will generally be installed in ceilings or walls.
Capillary heating and cooling
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Capillary heating and cooling
Capillary systems are heating and cooling installations that can provide low-temperature radiant surfaces with a homogeneous thermal field, capable of meeting the highest requirements of: -comfort -performance -economics.
The method of comfort heating and cooling with capillary mats consists of tempering the air in rooms, with heat transfer through the ceiling, floor or walls. With this high-performance technology, in addition to exceptional comfort conditions, maximum quietness is ensured and the installations are completely embedded in the surface of the building elements (in the ceiling, floor or walls).
In today’s global energy crisis, capillaries meet the highest technical demands and are the most efficient heating and cooling solutions in the world today.
After winning the gold medal at Interclima in Paris, capillary heating and cooling systems received a lot of media attention and the results were not long in coming: many designers of the most important European projects (the parliament building in Berlin, the headquarters of various banks, the headquarters of large multinational companies, hospitals and many residential houses, villas, hotels, etc.) chose capillary heating and cooling systems.
Heating and cooling by means of capillary systems is a completely new approach to the problem of thermal comfort in residential buildings, social and cultural buildings and/or industrial applications. In the third millennium, building design is focused on the choice of solutions to ensure thermal comfort, primarily through renewable energy resources, generally heat pumps. In this way, the energy available in nature is transferred to the heating and cooling systems, ensuring maximum comfort at minimum monthly costs.
Any type of heat pump or any type of heating plant, running on any fuel (so any primary heat supply system) can be connected to capillary heating and cooling systems, achieving the highest efficiency of any heating/cooling system currently available globally.
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