Product line

EPS

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.

EPS

Applications

The EPS can be used anywhere where screed installation is not feasible. In buildings requiring low floor profile and lightweight construction solutions: modular and timber frame buildings, new constructions, renovations, residential, commercial applications.

Key benefits

  • screedless system – solution for renovated rooms where screed cannot be applied
  • lightweight construction
  • great compressive strength
  • low profile (complex system starts with 20 mm)
  • quick installation time, where the system is fully ready to immediate usage
  • thermal inertia reduced to a minimum causes faster system response and responsiveness to control

System specifications

  • construction: dry underfloor heating (screedless)
  • material: EPS 300, EPS 400

EPS - possible floor coverings

Ceramics, stone

Wood-like materials - laminated panels

Vinyl panels, PVC flooring

Complete with accessories

Expand your offer by adding the products below

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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Heating control system for managing the heat. It ensures the remote control and temperature setting in any room in 2 ways – manually by using a thermostat or remotely by using an application. TIA devices enable the creation of bespoke configurations adjusted to the individual preferences and the method of control.

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In underfloor heating installations, which often consist of multiple heating loops, it is crucial to ensure a uniform supply of the heating medium to each section. The manifold serves as the heart of the system, optimising the flow of the medium and allowing for precise temperature adjustments in different rooms.

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