Produkty
IDEA 175 is an universal reversible highly diffusive membrane. New product IDEA 175 has a symmetrical arrangement of nonwovens, which increases its durability and allows the membrane to be laid on both sides. That is why, IDEA 175 membrane is the only such up-to-date product on the market which effectively combines the most important features for membranes.The innovative functional film located between two strong, bi-component nonwovens allows water vapor to pass over its entire surface, along all its molecules. When water vapor appears under the membrane, it is rapidly transferred to the outside, even if the pressure difference above and below the membrane is minimal, which means that IDEA 175 works very quickly. As a result, water vapor is removed more efficiently, which is of great importance for the inhabitants of a building protected by a roof with a covering sealed with IDEA 175, as well as for its structure and thermal insulation.
Advantages:
- very high and regular vapor permeability
- high flexibility and mechanical resistance
- favorable combination of high durability and high vapor permeability
- high water resistance sealing the cover
- high resistance to UV radiation
- high mechanical resistance and flexibility guaranteeing durability
- used on full boarding and without boarding
- comprehensive information enabling correct application
PARAMETER |
VALUE |
Mass [g/m2] |
175 +/-15% |
Sd – diffusively equivalent air layer thickness [m] |
0,006 |
Tearing resistance [N / 50 mm] |
along 450 (+/-150) |
Elongation by tearing [%] |
along 120 (+/-50) |
Nail tearing [N] |
along 300 (+/-100) |
Water tightness [class] |
W1 |
Standard dimensions on a roll [m] |
1,5 x 50 |
Reaction to fire [class] |
F |
UV resistance* | 26 weeks |
Period without primary covering** |
6 weeks |
* According to laboratory studies conducted under artificial aging, this period is based on average annual UV exposure from sunlight in Central Europe.
** The recommended period for the membrane to remain on the roof without primary covering should be as short as possible, depending on the membrane’s construction.