Art. 3826
T-FAL® duo G10-RFS
Short description:
Two-part plaster sealing strip with fabric strips for sticking to the sides of roller blind guide rails in order to form straight soffits with a thermal insulation system. The „duo mechanism“ absorbs large pulling and longitudinal movements between the thermal insulation system and the window/door frame almost effortlessly, the rigid peel-off strips with double-sided adhesive tape are used for clean adhesion of the protective film.
Product description
Description:
Self-adhesive, two-part 3D plaster sealing strip with fabric strips (4 × 4 mm), a rigid peel-off strip and white PE foam adhesive tape.
Movements (up to 4.5 mm when pulling, unlimited in a longitudinal direction) between the roller bind guide rails and the thermal insulation system can be absorbed almost effortlessly thanks to the mechanical decoupling. The PE foam adhesive tape absorbs compression and lateral movements (three-dimensional movement absorption).
The rigid peel-off strips with double-sided adhesive tape allow for clean adhesion of the protective film. The use of additional adhesive tapes is no longer necessary.
In a plastered state, T-FAL® duo profiles are barely visible (shadow gap)
Please read the processing instructions for T-FAL® duo.
For the areas of use of the T-FAL®duo profiles, refer to the current T-FAL® application table.
Available via your ETICS supplier!
Briefly:
- 12 cm of fabric strips (4 × 4 mm mesh)
- Force decoupled absorption of movement
- Rigid peel-off strips
- 4 mm thick foam adhesive tape
- For roller blind guide rails
- tested according to MO 01/1
- for ETICS
Quality:
- Visually appealing plaster joint (shadow gap)
- Three-dimensional movement absorption: up to 4.5 mm when pulling, unlimited in a longitudinal direction, pressure 2 mm, lateral shearing 4 mm (+/- 2 mm)
- UV-resistant
- Driving rain proof and durable
Product data
| Art.-No. | Length | Packaging Unit: | Pallet Unit: | |
|---|---|---|---|---|
| 3826260 | 260 cm | 20 bars / bundle = 52 rm | 30 bundles / pallet = 1560 rm |