AmbiFloat 20

The AmbiFloat 20 system provides a flexible and effective form of heating within battened floor buildups and can be used in both existing and new build applications with minimal effect to the overall floor build up.

 

For Floating Floors line

The AmbiFloat 20 system provides a flexible and effective form of heating within battened floor buildups and can be used in both existing and new build applications with minimal effect to the overall floor build up.

 

  • Heat Output up to 80w/m2
  • Incorporates insulation layer
  • Can be used with existing floor constructions
  • ‘Dry’ system – no screed required
Download Spec Sheet
Component Product Code Quantities Required
17mm UFH Pipe Code 41010 6 linnear metres per m2 of heated area
Manifold Code 41320 Depends on heated area - normally approx 1 port per 20m2 of heated area
Manifold Couplings Code 42200 For 17mm Ambiente pipe
Isolating Ball Valves Code 42050 1 pair (sold in pairs) per manifold
Manifold Tag Code 46755 1 per manifold
Pumpset/blender unit Code 41437 1 per manifold
Pipe bends Code 41050 2 per port (used to form a neat bend in the pipe beneath the manifold)
AmbiFloat 20 EPS100 board (50mm) Code 46044 Check drawings to calculate square meterage - 1.2m x 0.35m (0.42m2) sheets
50m aluminium foil tape Code 92004 1 roll per 25m2 heated area

The AmbiFloat 20 system provides a flexible and effective form of heating within battened floor buildups and can be used in both existing and new build applications with minimal effect to the overall floor build up.

 

It can also be easily adapted to suit sprung sports floors, acoustic batten floors and over-battened floors.Timber floor battens are fixed down to the subfloor in the normal way in preparation for the AmbiFloat panels to be installed in between.

 

The reflective properties of the aluminium foil face mean that any heat is efficiently pushed up through the sub-floor layers for maximum heat output. The nature of the system means that it has a quicker response that a traditional (screed) UFH system.