Sheep's wool insulation
ISOLENA loose wool
Consumption: Density of 18 kg/m³ is sufficient
Application: Window insulation, cavity insulation, timber construction
Our loose insulating wool consists of 100% with Ionic Protect® protected wool and is renewable, durable, recyclable and made without synthetic additives.
- The loose wool fibres are aligned and formed into a Wool fleece processed (=carded) to produce the loose ISOLENA wool.
- Carded wool fleece For filling joints and cracks between beams, walls and cavities at windows and doors.
- The darning wool is also suitable for use with Skylights in the area of the flashing.
- To the Insulation Fill joints with a spatula or spread loose wool fleece by hand.
Delivery form
| Article number | pcs/ pack | kg/ Pack | pcs/ pallet | Packs/ pallet | Ldm/ pallet |
|---|---|---|---|---|---|
| 150029 | 1 | 5 | Pal20 | 20 | 0.6 |
Special sizes and formats on request.
Technical data
| Feature | Value |
|---|---|
| Thermal conductivity λtr EN 12667 | 0.038 W/mK |
| Vapour diffusion resistance coefficient μ EN ISO 12572 | 1 |
| Specific heat capacity c | 1760 J/kgK |
| Length-related flow resistance according to EN 29053-1 | r = 4.1 kPa s/m² |
| Fire behaviour according to EN 13501-1 | D-s2, d0 |
| Mould growth intensity according to EAD 040005-00-1201 Annex B | 0 |
| Building authority approval | ETA-07/0214 |
| Nature Plus® eco-label | Certificate 0103-1006-099-1 |
| Detailed data in natureplus database.org | Access Baubook data here |
We are happy to send specific examination certificates on request.
Certificates & test seals
Ecological parameters
ISOLENA insulation materials have the following ecological characteristics according to natureplus® life cycle analysis report:
- Use non-renewable primary energy excluding the non-renewable primary energy sources used as raw materials
(PENRE; MJ, lower calorific value): 23.44 MJ/kg - Global warming potential Sum of GHG emissions and CO2 storage (GWP 100 sum): 0.83 kg CO2-equiv./kg
- Acidification potential of soil and water (AP): 4.63E-03 kg SO2-equiv./kg
- Potential for the formation of tropospheric ozone (POCP): 8.04E-04 kg C2H4-equiv./kg
- Eutrophication potential (EP): 2.08E-03 kg PO4³-equiv./kg
