How does underfloor heating work?
  • A boiler or heat pump supplies heat to the system by heating the water (that is pumped through it.
  • Primary pipework carries the heat from the heat source to the manifold(s). Manifolds distribute the heat to the underfloor pipe loops.
  • Pipe loops, with hot water flowing through them, heat the floor, typically at least 1 loop for every 20 m2 of heated floor area.
  • Controller switches the heat source on and off, and directs the heat to where it is needed to heat the rooms to the desired temperature.
  • Underfloor heating requires a flow temperature of around 50°C flow and 40°C return.
  • Feel comfort by controlling the temperature of each room with a Thermostat or by your smart home application.
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Underfloor Heating System Characteristics:
  • THERMAL WELL-BEING
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Temperature distribution with floor heating system

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Temperature distribution with convective system

    • Absence of convective motions.
    • Vertical distribution of temperature.
    • The temperature distribution is the nearest to the ideal curve and therefore “thermal well- being”.
  • ENERGY SAVING
    … To save about 25% or more thanks to:

    • Low temperature of the heating fluid.
    • Elevated heating surfaces.
    • Reduced heat loss.
    • Thermal well-being at lower room temperatures (1°C less than traditional systems).
  • HYGIENIC CONDITIONS
    • There is no transport of dust normally caused by the convective motions.
    • No combustion of dust that creates stains on walls.
    • No risk of irritation of air tracts.
  • ARCHITECTURAL ADVANTAGES
    • No architectural limits linked to the presence of radiators / fan heaters.
    • Possibility of using all available space.
    • Minimum architectural impact in buildings such museums and old villas.
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