Schlüter Systems, S.L. - Other drainage systems
Schlüter Ditra-Drain
Plate of drainage: drainage in fine layer, aireación and desolidarización
Schlüter -Ditra-Drain Is a safe drainage that deletes of durable form the humidity capilar. It places with adhesive cementosos in fine layer on an impermeabilización of Schlüter-Kerdi with slope. It is composed of a plate of polietileno with nodules of roughly 4 mm of height in shape of flat cones and a filter no fabric. A part of the nodules is composed by some pyramidal trunks of roughly 2 mm of height, by what present in the reverso of the plate some square cameras.
These cameras facilitate the mechanical anchorage of the adhesive in fine layer that has to apply with a flat toothed of 6 x 6 mm on the impermeabilización and with which has to place Schlüter -Ditra-Drain. The no knitted filter in the top of the plate serves for the anchorage of the adhesive necessary for the placing of the baldosas ceramic. This permeable filter to the step of water and steam of water, makes possible a fast dried of the adhesive in fine layer. By his passive effect to the capilaridad avoids the return of the water to the layer of the coating.
The plate of polietileno enclosed Schlüter- Ditra-Drain offers besides a protection for the impermeabilización. The nodules in shape of trunks of cone are resistant to very high aggressions of pressesure (until roughly 50 t/m˛).
These cameras facilitate the mechanical anchorage of the adhesive in fine layer that has to apply with a flat toothed of 6 x 6 mm on the impermeabilización and with which has to place Schlüter -Ditra-Drain. The no knitted filter in the top of the plate serves for the anchorage of the adhesive necessary for the placing of the baldosas ceramic. This permeable filter to the step of water and steam of water, makes possible a fast dried of the adhesive in fine layer. By his passive effect to the capilaridad avoids the return of the water to the layer of the coating.
The plate of polietileno enclosed Schlüter- Ditra-Drain offers besides a protection for the impermeabilización. The nodules in shape of trunks of cone are resistant to very high aggressions of pressesure (until roughly 50 t/m˛).
