Certificates:
Impact-resistant and vapor-permeable thermal insulation for masonry walls. Improves energy conservation by keeping heat inside the building during winter while providing a favourable microclimate of its interiors. Thanks to high thermal capacity it also protects against high temperatures and provides pleasant coolness during summer. Recommended in particular when erecting new buildings, when the amount of water to be discharged in connection with mason works is the largest.
Product advantages:
- Healthy, eco-friendly material based on natural resources
- Protection against cold in winter and heat in summer thanks to high thermal capacity
- Vapour-permeable material, regulates the microclimate of interiors
- Eco-friendly production process, thanks to the use of innovative, patented DefibraTech 1.0 technology
Available dimensions
| Format | Thickness | pieces / pallet | m2 / pallet | kg/m2 | kg/pallet |
|---|---|---|---|---|---|
| 600x800 | 80 | 24 | 11,52 | 8,80 | 101 |
| 600x800 | 120 | 16 | 7,68 | 13,20 | 101 |
| 600x800 | 160 | 12 | 5,76 | 17,60 | 101 |
| 600x800 | 200 | 10 | 4,80 | 22,00 | 106 |
| Format | 600x800 |
|---|---|
| Thickness | 80 |
| pieces / pallet | 24 |
| m2 / pallet | 11,52 |
| kg/m2 | 8,80 |
| kg/pallet | 101 |
| Format | 600x800 |
| Thickness | 120 |
| pieces / pallet | 16 |
| m2 / pallet | 7,68 |
| kg/m2 | 13,20 |
| kg/pallet | 101 |
| Format | 600x800 |
| Thickness | 160 |
| pieces / pallet | 12 |
| m2 / pallet | 5,76 |
| kg/m2 | 17,60 |
| kg/pallet | 101 |
| Format | 600x800 |
| Thickness | 200 |
| pieces / pallet | 10 |
| m2 / pallet | 4,80 |
| kg/m2 | 22,00 |
| kg/pallet | 106 |
Technical parameters
| Parameter | Value |
|---|---|
| density | approx. 110 kg/m3 |
| thermal conductivity coefficient λD | 0,039 W/(m*K) |
| thermal capacity C | 2100 J/(kg*K) |
| diffusion resistance factor μ | 3 |
| compression strength | 30 kPa |
| fire classification | E |
| components | lignocellulosic fibres, cellulose fibres, BICO fibres |
| material manufactured in compliance with the norm | PN-EN 13171 |
| carbon footprint (A1+A2+A3) | -68,0 kgCO2eq/m3 |