Warning: Invalid argument supplied for foreach() in /home/bewi/public_html/wp-content/themes/bewi/resources/functions.php on line 1532

Warning: Invalid argument supplied for foreach() in /home/bewi/public_html/wp-content/themes/bewi/resources/functions.php on line 1532

Heated floor boards

Moulded EPS panels for radiant underfloor heating

      Moulded EPS panels for radiant underfloor heating (EPS 200 G5 NEO and EPS 200 G7 NEO) allows for a quick, convenient and error-proof heated floor system installation. We only use BASF Neopor raw materials to make these boards, which by itself means they will have excellent thermal insulation and mechanical properties. With a minimum amount of insulation, the board will be able to achieve maximum thermal resistance. Our boards for underfloor radiant heating have special gaps for pipes with 16 mm and 18 mm thickness. Formed diagonal ridges across the board lift the piping from the board surface, thus allowing concrete to encapsulate the tubing from all sides. These boards are especially relevant when a customer wants limited thermal insulation layer thickness or does not want to overload the floor.

      Technical parameters

      Type of polystyrene foam

      done EPS 200N

      Thickness

      done 50mm, 70mm

      Standard dimensions

      done 1200x600mm

      Other parameters

      done With interlocking mechanism

      Recommendations for use

      done Heated floor installation, where a limited room height loss is allowed
      done Heated floor installation, where a minimal increase in load for the floor is allowed
      done Easy and quick installation of piping for the radiant heated floor, eliminating the possibility of common mistake

      Technical properties of polystyrene foam boards EPS 200 NEO

      Underfloor board name G5 G7
      Board thickness (insulating layer thickness) , mm50 (30)70 (50)
      Long term water absorption by total immersion, WL(T)2≤ 1,5 %≤ 1,5 %
      Thermal conductivity, λD (W/m·K)≤ 0,030≤ 0,030
      Compressive stress at 10% deformation, (kPa)200200
      Bending strength, (kPa)250250
      Reaction to fireEE

      All properties are declared in accordance with the requirements of the EU standard EN 13163: 2012 + A1: 2015 and related documents.

      Contacts

      Viktorija Isiūnienėavatar

      Viktorija Isiūnienė

      Projektų vadovė formuotiems gaminiams