Perfect for both new homes and renovations, this system ensures a cozy environment and an even heat distribution, eliminating cold spots.
Our radiant floors and panels not only deliver superior performance but also provide an opportunity for installers and distributors to expand their offerings with innovative and highly sought-after products.
Discover the applications of our radiant floors and panels for the residential sector.
It is the most economical heating system. It provides gentle and pleasant warmth while being energy-efficient. Aesthetically, it has the advantage of being completely concealed within the floor. Electric underfloor heating is suitable for both new constructions and renovations. It requires no boiler or piping installation.
The most common case. The regulation system takes the air temperature as a reference and uses the floor temperature as a limiter to prevent the floor from reaching an undesirable temperature. The control system references the air temperature and uses the floor temperature as a limiter to prevent the floor from reaching an undesirable temperature. The installed surface area depends on the total required power, but the surface power is typically adjusted to cover the entire free floor area of the room.
Also known as tempered floor, its purpose is to provide a floor at a pleasant and comfortable temperature while the user is present. The control system takes the floor temperature as a reference, but does not control the air temperature. A primary heating system (radiant panel, radiator, etc.) may be needed to maintain the air temperature at the required level. The tempered floor system can be installed only in selected areas (such as in front of a shower or bathtub).
It is usually between 60 and 120 W/m² depending on the type of home and the calculated heat loss for primary heating. In the case of a tempered floor, the installed power is higher, around 150 W/m².
The heating cable or heating mat is installed directly into the flexible adhesive mortar (ceramic flooring) or self-leveling screed. The cable’s linear power is limited (10–15 W/m) to maintain a reduced spacing and provide even heat distribution. The radiant foil designed to be placed just beneath laminate flooring is only used with this type of installation. In humid areas with laminate flooring, the heating foil is replaced by an aluminum mat using the same dry installation method.
A reduced thickness is usually available for installing the heating system. With this type of installation and thanks to special thermal insulations, the system can be placed with minimal thickness over the existing floor, whether using radiant foil (with a thickness under 1 cm) or heating cable or mat (with a thickness under 1.5 cm).
The heating system has greater thermal inertia than the direct system. This type of installation is recommended in colder areas (where heating runs more continuously) or when combined with photovoltaic panels to take advantage of daytime hours to store heat.
The heating cable can be installed with wider spacing, allowing for higher linear power (up to 18 W/m), which reduces acquisition costs. However, the installation is more complex and requires a gradual temperature ramp-up during the initial startup.
Due to its relatively complex regulation and the phase-out of nighttime electricity tariffs, this system is currently used only in specific, particular cases.
The floor requires a sufficiently thick layer (12–15 cm of concrete) to store heat over a short period (usually overnight) to meet heating needs throughout the day. More robust heating cables with high linear power (20–33 W/m) are used to achieve surface power ratings of up to 250 W/m².
There are multiple ways to install electric underfloor heating. However, it is important to keep in mind that there are two types of products with very different installation methods:
The heating cable (or heating mat) must always be embedded in a conductive material (cement, concrete, adhesive mortar) to ensure proper heat dissipation from the cable sheath to the building structure.
Heating foil or Aluminium mats are installed dry, directly beneath laminate flooring without a layer of cement or adhesive mortar. However, this advantage comes with the drawback that it cannot be installed under ceramic floors, which require fixation with cement.
Radiant panels stand out for their efficiency, durability, and adaptability, making them an ideal choice for residential projects. Discover below when and how to incorporate our radiant panels into your projects, elements that combine the efficiency of radiant heating with stylish design.
Across our entire product range, we strive to combine functionality and aesthetics. When underfloor heating (an invisible system) is not feasible, we offer radiant panels as an alternative, blending the efficiency of radiant heating with elegant design.
We recommend using panels when floor renovation is not desired; to reinforce existing heating in specific areas; or as supplementary heating in bathrooms equipped with tempered floors, with the option to use them as towel warmers.
Our wide range of elegant finishes includes:
For the primary heating system, the required power is determined by calculating the heat loss of the room. Although radiant heating offers advantages that can reduce heat loss, we recommend installing power about 15-20% above the calculated heat loss to speed up the heating dynamic.
→ Energy consumption will not be affected; the system will heat faster and run for less time.
→ If heat loss calculations are unavailable, an approximate installed power of 25–30 W/m³ can be considered.
Radiant heating is the only viable option for open spaces. Our range of high-temperature panels provides a solution for all types of semi-open areas such as balconies, terraces, and more.
Thermal losses in semi-open spaces require faster heat delivery, which is achieved through a high-temperature emitter. The surface temperature (~400ºC) and large emitting area of our panels are optimal for maintaining a comfortable environment without the unpleasant intense heat sensation produced by standard infrared heaters or gas heaters operating at much higher temperatures.
Additionally, their design offers an elegant and discreet aesthetic, ideal for installation in any environment, with no light emission or unpleasant odors, unlike other types of heaters.
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