Ekran Vločati 200 – a modern vapor-permeable membrane for roofs and walls
Ekran Vločati 200 is a modern three-layer roofing membrane made of polypropylene (PP), combining high vapor permeability with exceptional mechanical strength. Thanks to the special needle-punched backing on the underside, it enables efficient moisture evaporation from thermal insulation, especially at elevated temperatures.
Applications of Ekran Vločati 200 – multipurpose roofing and construction foil:
- as a waterproofing layer under the roof covering,
- for sealing thermal insulation beneath coverings on decking,
- as protection for coverings without a ventilated air gap,
- for sealing PIR and PUR thermal insulation boards,
- as windproofing for prefabricated houses with wooden or metal structures,
- for protecting thermal insulation in intermediate constructions (wooden and concrete).
Advantages that set Ekran Vločati 200 apart:
- Resistance to abrasion and tearing
- High vapor permeability – reliably expels moisture
- Fast and easy installation
- Multipurpose construction application – for roofs, walls, and floors
The ideal foil for roofing work, thermal insulation, and windproofing!
Request an offer for vapor-permeable roofing foils today.
Contact us and ensure the best protection of your building with the next-generation membrane – Ekran Vločati 200!
Options for Ekran Vločati 200
- Commercial packaging: roll
- Grammage: 200 g/m²
- Material: polypropylene
- Width: 1.5 m
- Length: 30 m
|
PARAMETER |
VALUE |
| Material | polypropylene – 3 layers |
| Mass [g/m²] | 200 +/-10 |
| Sd – equivalent air diffusion layer [m] |
0.015 |
| Tensile strength [N/5cm] |
longitudinal 450 (+/- 140) |
| Elongation at break [%] | longitudinal 70 (+/- 40) transverse 100 (+/- 40) |
| Tear resistance with nail [N] |
longitudinal 300 (+/-120) |
| Waterproofness class | W1 |
| Fire resistance class | E |
| Roll dimensions [m] | width 1.5 m length 30 m |
| UV resistance* | 26 weeks |
| Period without main covering** | 4 weeks |
* Based on laboratory tests conducted under artificial aging, this period was determined relative to the average annual UV radiation from the sun in Central Europe.
** The period during which the membrane remains on the roof without the main covering should be as short as possible, and shorter the more sunny days there are.
