Dry underfloor heating

Dry underfloor heating is a water-based heating solution where heating pipes are placed in pre-formed grooves within system boards. Thanks to its lightweight and low-profile design, it is an excellent choice for comprehensive renovations or modernizing individual rooms.

How does it work?

Underfloor heating pipes are embedded in EPS (expanded polystyrene) panels with pre-formed channels. In this system, a concrete screed is not required, as the panels serve as a subfloor. The piping layout ensures uniform heat distribution, allowing the final floor covering to be installed directly on the panels.

Its screed-free design allows for much faster installation, enabling the heated space to be used almost immediately. The system reacts quickly to thermostat adjustments, ensuring precise temperature control and excellent thermal comfort.

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Application

Dry underfloor heating can be installed wherever system panels can be laid, such as in renovated or modernized spaces, or in areas where a traditional screed installation is not feasible.

New construction

Developer-ready apartments and houses, low floor build-up.

Renovation

Existing rooms where screed installation is impossible or limited.

Lightweight structures

Attics, timber-frame, modular, and historic buildings with low load-bearing capacity.

Special applications

Spaces requiring rapid thermal response and compatibility with smart home systems, heat pumps, or gas boilers.

Dry underfloor heating

Product lines

The EPS product line consists of expanded polystyrene (EPS) boards designed for underfloor heating installation in dry construction. The system uses aluminum heat transfer plates that act as radiators and securely hold the heating pipes. The physical properties of EPS provide optimal thermal and acoustic insulation.

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EPS boards covered with cutted aluminium foil, which acts as a radiator and ensures uniform heat distribution across the entire surface. EPS ALU panels feature patterns enabling any routing configuration of underfloor heating loops.

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The system boards made of high-density, compression-resistant expanded polystyrene (EPS) serve as the supporting element for underfloor heating pipes. The boards are laminated with 100-200 micron aluminium layer, which acts as a heat sink, transferring heat from the pipe surface. It distributes heat evenly across the board surface to ensure optimal thermal comfort.

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ACOUSTIC is a product line of boards intended for the installation of underfloor heating loops in dry construction systems. The boards are made from wood fiber, offering thermal insulation properties, as well as preventing the transmission of vibrations.

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ACOUSTIC ALU is a product line of boards intended for the installation of underfloor heating loops in dry construction systems. The panels are made of wood fiber and coated with an aluminum layer. This material offers thermal insulation and helps prevent the transmission of vibrations. The system is tailored for rooms where ceiling soundproofing is essential.

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The MFP P5 is a product line of chipboard boards intended for laying underfloor heating loops in dry underfloor heating systems. Boards serve as a structural support for heating pipes. They feature special tongue-and-groove joints, ensuring easy connection and a seamless surface.

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EPS MAN guiding boards are a component of underfloor water heating systems, designed for the orderly distribution of heating pipes in the immediate vicinity of the manifold. Made of high-density EPS polystyrene, they are characterized by good mechanical strength and thermal insulation.

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Aluminium heat transfer plates serve as radiators in underfloor heating systems, absorbing heat from the pipe’s perimeter and distributing it evenly across the surface. They complement base system panels made from EPS, wood fiber, and other wood-derived materials such as MFP.

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Wall heating serves as a supplement to underfloor heating when that installation is not sufficient. It operates on a similar principle as dry underfloor heating, but with a key advantage – during installation, residents can continue to use the rooms. This is especially important for those who do not have an alternative living space during the heating system renovation.

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