Exterior Joinery Connection Strip


Advantages
- Effective weathertight seal around windows and doors
- Outstanding adhesion on cold and/or wet surfaces
- Flexible to accommodate building movement
- Thin, highly pliable and easily formed around corners
- Weathertight connection for the life of the building
Areas of application
CONTEGA® EXO is designed for use as a weathertight connection around the exterior edge of windows and doors. It is a non-wicking, non-porous, flexible tape that is versatile for use in timber, masonry and concrete structures. CONTEGA® EXO has adaptable installation options, provided by three strips of adhesive, and can also be plastered or rendered over on the fleece side. It is vapour permeable, ensuring your structure remains dry and durable.
Installation instructions
General conditions
IMPORTANT INFORMATION
- Thin, highly pliable and easily formed into corners and shapes
- Outstanding adhesion in wet and cold conditions
- Fleece side can be plastered or rendered over
PRODUCT DESCRIPTION
CONTEGA® EXO is a UV-stabilised, vapour-permeable, external connection adhesive strip which makes effective connections to penetrations through wall assemblies such as windows and doors. It forms an essential part of your weather resistive barrier (WRB) system. Made from polypropylene with acrylate adhesive, it has excellent workability and adhesion for effective and durable air seals.
WEATHER EXPOSURE
This product is designed to withstand up to 90 days of UV exposure during installation. Construction should be detailed to prevent direct continued sunlight onto the product in service.
APPLICATION NOTES
Before application, substrate should be brushed or wiped clean to provide effective adhesion. Surfaces should be even and smooth enough to provide a clean connection. Surfaces must be free of grease, silicone and other water repellent substances. The product should be applied using the pro clima PRESSFIX tool to activate the pressure sensitive adhesive and ensure a long-term durable seal. The bond must not be subjected to tensile strain over time. Any load borne by the product must be transferred to the substrate or other supporting materials as necessary.