Application Guide INTELLO
So that pro clima INTELLO works efficiently and can protect the thermal insulation from structural damage and mould, it needs to be installed correctly. Here we show you what you need to specifically consider during the installation, step by step.
To the image gallery with the key installation steps.
- 1. Installing membranes
- 2. Fastening to stud wall frame members
- 3. Overlapping the membranes
- 4. Cleaning the subsurface
- 5. Sticking the overlaps
- 6. Rubbing the adhesive joint firmly
- 7. Sealing to smooth, non-mineral subsurfaces …
- 8. Sealing to rough or mineral subsurfaces
- 9. Sealing to unplastered subsurfaces
- 10. Masonry gable end wall, creating an airtight joint
- 11a. Sealing to roughly sawn timber
- 11b. Sealing to roughly sawn timber
- 12a. Sealing to plastered chimney (insulated or double-shelled)
- 12b. Sealing to plastered chimney (insulated or double-shelled)
- 13. Joints to pipes and cables
- 14. Corner bonding
- 15. Battens, interior cladding
- 16. Quality assurance
Installation and fastening
Where possible, INTELLO and INTELLO PLUS are
installed in such a way that adhesion can be
carried out using single-sided adhesive tape on the smooth (printed) side of the sheeting. They can be installed taut and without slack either in parallel with or perpendicular to the supporting structure, e.g. the rafters. In the case of horizontal installation
(perpendicular to the supporting structure), the separation distance of the supporting structure is limited to a maximum of 100 cm (40″). After installation, perpendicular battens on the inside at a separation distance of a maximum of 50 cm (20″) must be fitted to carry the weight of the insulation material. If regular tensile loads on adhesive tape bonds are to be expected – for example, due to the weight of the insulation material – when using mat or panel-shaped insulation materials, an additional
supporting batten should be fitted over the
When attaching the membranes in the case of mat or panel-shaped insulation materials, a maximum separation distance of 10 to 15 cm (4 to 6″) applies for the fastening staples, which must be at least 10 mm (0.4″) wide and 8 mm (0.31″) long. The overlaps between the membrane strips must be approx. 8 to 10 cm (3 to 4″).
Airtight seals can only be achieved on vapour control membranes that have been laid without folds or creases. Ventilate regularly to prevent excessive humidity (e.g. during the construction phase). Occasional rush/inrush ventilation is not adequate to quickly evacuate large amounts of construction-related humidity from the building. Use a dryer if necessary.
To prevent condensation, INTELLO should be stuck down so that it is airtight immediately after installing the thermal insulation. This particularly applies when working in winter.
Additional instructions for blown-in insulation materials
INTELLO PLUS can also be used as a boundary layer for blown-in insulation materials of all types. A reinforcement structure ensures that there is little expansion during the blowing-in process. Installation in parallel with the supporting structure has the advantage that the joint will be on a solid base and is protected by this base.
The separation distance between the staples used to fasten the membrane strips must be a maximum of 5 to 10 cm (2 to 4″). If installation is carried out perpendicular to the supporting structure, a supporting batten should be fitted directly over the membrane strip overlap with its airtight bonding in order to avoid tensile loading on the adhesive bond.
Alternatively, the adhesive tape on the overlap can be strengthened with additional, perpendicular strips of adhesive tape every 30 cm (12″).
When working in cold outdoor climates, the blown-in insulation material should be inserted immediately after installation of INTELLO PLUS. This will protect the membrane against condensation formation.
The information provided here is based on practical experience and the current state of knowledge. We reserve the right to make changes to the recommendations given or to make alterations due to technical developments and associated improvements in the quality of our products. We would be happy to inform you of the current technical state of the art at the time you use our products.
Further information about the application and construction can be found in the pro clima planning documentation.