Expanded polystyrene insulation boards in white made from recycled raw materials free, with a mark of conformity IIP-UNI shown on all labels, with CE marking comply with UNI EN 13163.
Applications
- Thermal insulation
- Thermal insulation of flat roofs to “warm roof”
- To finish coat is recommended for Class 100 RF-branded ETICS
Data Sheet
- fim.max Tolerance (+ / -):
- Length L1: L1 + / – 0.6% (EN 822)
- Width: W1 + / – 0.6% (EN 822)
- Thickness: T1 + / – 2.0% (mm standard EN 823)
| Declared thermal conductivity λd to +10 °C |
0.034 | W / mK | EN 12667 |
|---|---|---|---|
| Diffusion resistance μ water vapor |
30-70 | EN 12086 | |
| Compressive strength Rc 10% maximum deformation |
CS (10) 150 ≥ 150 | kPa | EN 826 |
| Dimensional stability to +70 ° C for 48 hours |
DS (70, -) 1 < 1 | % | EN 1604 |
| Resistance to traction perpendicular to the faces |
TR 200 200 |
kPa | EN 1607 |
| Reaction to fire (only for products with red stripe) |
E | Euro Klasse | EN 13501-1 |
Size
- Length (mm): 1,000-2,000-4,000
- Width (mm): 500-1,000-1,200
- Thickness (mm): 20-300
Regulation of products IIP-UNI involves taking samples directly from customers.
Specifications
| value | unit | standard | (*) | |
| Reaction to fire | E | Euroclass | EN 13501-1 | |
|---|---|---|---|---|
| Water absorption by partial immersion in the long run | Wlp (≤ 0.5 kg/m2) | kg/m2 | EN 12087 | |
| WL (T)3 (≤ 3%) | % | |||
| Release of hazardous substances in the indoor environment | With current knowledge, the product, in terms of use, does not release hazardous substances into the environment. More information: see MSDS second European Directive 2001/58/EC. | |||
| Acoustic isolation (dynamic stiffness) | X | |||
| Acoustic absorption index | X | |||
| Transmission index of the impact noise floor | X | |||
| Thermal conductivity λDThermal conductivity λD | 0.034 | W / (m • K) | EN 12939 | |
| Factor of resistance to the diffusion of water vapor (taken from prospectus D.2 under EN13163) |
from 30 to 70 | μ | EN 12086 | |
| Permeability to water vapor σ | from 0.010 to 0.024 | mg / (Pa • h • m) | EN 12086 | |
| Compressive strength at 10% deformation | CS (10) 150 (≥ 150 kPa) |
kPa | EN 826 | |
| Flexural | BS200 (≥ 200 kPa) |
kPa | EN 12089 | |
| Tensile strength perpendicular to faces | TR250 (≥ 250 kPa) |
kPa | EN 1607 | |
| Shear strength (found in Schedule D.1 standard EN13163) | ≥ 100 | kPa | EN 12090 | |
| Resistance to freeze-thaw | X | |||
| Dimensional stability under normal laboratory | DS (N) 2 (+ / – 0.2%) |
% | EN 1603 | |
| Dimensional stability under specified conditions of temperature and humidity (48 h, +70 °C) | DS (70, -) 1 (1%) |
% | EN 1604 | |
| Maximum operating temperature | +70 °C | |||
| Creep in compression | X | |||
| Thermal resistance RD | 4.40 | m2 K / W | ||
(*) Does not provide specific data.
