Cellulose insulation

Thermal Insulation

ISOCELL cellulose is characterised by a particularly low heat conductivity


Naturally top values

ISOCELL cellulose ist characterised by a particulary low heat conductivity:

  • AT/EU: 0,038 W/mK
  • DE: 0,039 W/mK
  • CH: 0,038 W/mK

Each insulation is only as good as its weakest point. Therefore, the ISOCELL cellulose also fills the narrowest gaps and crevices. This results in a jointless, thermal bridge-free insulation mat. Compact, with high bulk density and without joints, means no air currents in the insulation. As a result, on comparative measurements under real conditions, cellulose insulation performs much better. Highly trained companies specialising in ISOCELL ensure the high quality of workmanship.


Insulation wall
For a long time, cellulose insulation has been used for the insulation of wooden frame walls. In addition to cost effectiveness and the best sound insulation values, the ability to adapt to irregular bases is an advantage of Isocell cellulose. In the case of interior insulation, however, it scores with high capillary conductivity, whether as a sprayed interior insulation system, Renocell or in wooden stand constructions, which are clad with panel work materials.

Insulation roof slope
In the case of roof storey extensions, insulation is generally carried out from the inside. When renovating inhabited roof spaces, the insulant can also be introduced from the outside via the roof skin.

Insulation top floor ceiling
For unused roof spaces, the simple solution by open blowing of ISOCELL is recommended. However, the Woodyfix system also offers a thermal bridge-free, accessible solution. Tie-beam roofs and floors are insulated both by blowing in and by the open blowing process.