Armēšanas Java Caparol Capatect-OrCa-Spachtel Minerālvates Siltumizolācijas Plāksnēm 20kg (882936)

Ready-to-use lightweight reinforcement mortar, reinforced with carbon fibres. Suitable for use within the non-combustible Capatect ETICS Carbon EXTRA

Ready-to-use mortar for the embedding of reinforcing fabric to create the reinforcement layer on thermal insulating boards made of mineral wool like

- Capatect MW-Fassadendämmplatten type "zg"
- Capatect LS-Fassadendämmplatte VB 101

within the system Capatect ETICS Carbon Extra

Pamatnes sagatavošana
Visām pamatnēm jābūt nestspējīgām, sausām, līdzenām (DIN 18202 vai 18203), tīrām un bez adhēziju samazinošām vielām.
Materiāla sagatavošana
Capatect OrCa Spachtel ir gatava iestrādei un to pirms iestrādes ir jāizmaisa.

Iespējama konsistences regulēšana, pievienojot nelielu daudzumu ūdens.

Suitable Substrates
All substrates must be load-bearing, dry, flat (DIN 18202 or 18203), clean and free of adhesion-reducing residues.
Preparation of Material
Capatect OrCa-Spachtel is ready to use and should only be stirred up shortly before use. The consistency may be adjusted by adding a small quantity of tap water.

Method of Application
Diagonal reinforcement: Before the application of the reinforcement over the entire area, diagonal reinforcement elements or fabric strips must be embedded diagonally in the corner area of building openings.
Reinforcement layer: To ensure an uniform, even surface, double-layer processing is recommended: Apply the first layer of Capatect OrCa-Spachtel (approx. 1 - 2 mm layer thickness) to stabilize the insulation board surface.
After curing of this layer apply the same reinforcement mortar onto the thermal insulating boards in the width of a reinforcing fabric sheet. Press reinforcing fabric Capatect OrCa-Gewebe 653 very thoroughly into the freshly applied, still wet reinforcement layer with an overlap of approx. 10 cm. Than apply a subsequent layer of reinforcement mortar (wet-on-wet), to guarantee the complete embedding of fabrics. The fabric should be embedded in the upper third of the reinforcement layer. Provide for a total reinforcement layer thickness of approx. 4-5 mm.

Consumption
Approx. 1.3 kg/m2 per mm of layer thickness. Discrepancies should be considered due to site and application conditions.