Description
Assembly:
The assembly is done by making grooves in the thermal cladding, filling them with adhesive for gluing the fibreglass mesh to the thermal cladding and inserting the BP11H3NS groove bead into the groove. Fill the space below the bead and under the perforated wings of the bead with glue in a precise manner. Then draw the glue on the thermal cladding above and below the bead and embed the fibreglass mesh into it, so that the mesh overlaps (covers) the bead’s mesh strips and the perforated wing of the bead from the outside. The adhesive drawn over should be levelled between the beads. After the adhesive has dried, after priming, you can start plastering. With the BP11H3NS groove bead, plastering is extremely easy and efficient by spreading the plaster in the same way as on a flat façade, with no groove beads installed. This treatment is possible thanks to the bead closure, which serves as a guide for the float with plaster.
Once the plaster has dried, remove the lost element by breaking it outside the BP11H3N bead. Lost element is mounted on the bead through invisible connections made of soft PVC, which guarantees the removal of the lost element (closure) in all thermal conditions without the risk of cracking, breakage, etc.
BP11N CLOSED PVC GROOVED BEADS WITH LOST ELEMENT, WITH MESH | ||||||
Name |
length* |
width (mm) |
depth (mm) |
fibreglass mesh width (mm) |
no. of pieces / bulk package |
status |
BP11 H1 NS | L300 | 10 | 10 | 2 X 100 | in development | |
BP11 H2 NS | L300 | 20 | 20 | 2 X 100 | 10 | available |
BP11 H3 NS | L300 | 30 | 20 | 2 X 100 | 10 | available |
BP11 H5 NS | L300 | 50 | 20 | 2 X 100 | in development |