SOLITEX® ADHERO VISTO
Transparent Full-Surface Adhesive Membrane for Weather Protection
Advantages
- Protects the structure against weathering during the construction phase
- 42 days of outdoor exposure
- Preparation work is made easier: markings, connectors and penetrations on timber floors remain visible
- Safe working: anti-slip surface, even in wet conditions
- Water-resistant SOLID adhesive ensures adhesion to the substrate and within overlap areas
Areas of application
Temporary protection for floors during construction
Thanks to its full-surface adhesion and polyethylene functional film, this membrane provides temporary weathering-protection for trafficable intermediate floors on multi-storey CLT (cross-laminated timber) or wooden-frame buildings during the construction period.
Planning and construction guidelines
Areas of application
The pro clima SOLITEX ADHERO VISTO self-adhesive and airtight weathering-protection membranes can be used:
- for temporary weathering-protection of intermediate floors and wall elements during construction on multi-storey timber-element buildings
- to achieve airtightness on the interior and exterior of wood-based products and mineral subsurfaces
- as a roofing underlay membrane on pressure-resistant subsurfaces
Use as temporary weathering-protection on timber element structures during construction
SOLITEX ADHERO membranes can be used as temporary weathering-protection for floors/ceilings on multi-storey timber construction projects.
Run-offs that remove water from the intermediate floor/ceiling and/or building are to be provided so that rainwater does not accumulate on the membrane. Full-surface adhesion prevents moisture from spreading underneath the membrane if the membrane should be damaged during the course of construction.
At element joints and/or joints with wood-based panels, at least 10 cm of SOLITEX ADHERO should be provided as an overlap onto the adjacent element/wood-based panel. Timber (or derived timber material) surfaces that may have become damp can quickly dry out again thanks to the low diffusion resistance of this membrane.
