CONTEGA® PV
Render Connection Strip
Advantages
- Effective air barrier transitions in common challenging situations
- Joins airtight render to INTELLO® PLUS
- Fleece side can be plastered or rendered in place
- Provides strong and durable plaster and render joints
- Airtight connection for the life of the building
Areas of application
CONTEGA® PV is an interior connection strip designed to create airtight junctions between plastered or rendered surfaces and adjoining or penetrating structural elements. It is an essential product for transitions between masonry assemblies and common building elements. Suitable to connect interior masonry reveals to window and door joinery; penetrations by beams, columns and joists in masonry; and transitions from INTELLO® PLUS, DASATOP® and DB+ membranes to masonry construction. The mesh can be embedded into render and the fleece may be plastered or rendered over for a complete durable air barrier system.
Installation instructions
Installation steps
General conditions
IMPORTANT INFORMATION
- Effective transition material between masonry construction assemblies and INTELLO PLUS®
- Joins masonry construction to elements such as windows and doors
- Allows airtight connection of masonry construction to structural penetrations
- Fleece side can be plastered or rendered over
PRODUCT DESCRIPTION
CONTEGA® PV is a durable connection strip to make effective connections between interior masonry building surfaces to
other common materials including windows and doors; beams and joists; and INTELLO® PLUS. Made from polypropylene
mesh married with polypropylene fleece with an acrylate adhesive band. The mesh is designed to be embedded in plaster
or render.
WEATHER EXPOSURE
This product is designed to be installed on building interiors, not in direct sunlight. CONTEGA® PV 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 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.
