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Roof drain for liquid and concrete insulation

Article: Diameter: Price:
i150R 42 [mm] 8,89 EUR
i1.1R 54 [mm] 9,59 EUR
i13R 66 [mm] 10,53 EUR
i10R 73 [mm] 11,58 EUR
i14R 83 [mm] 12,87 EUR
i11R 92 [mm] 13,81 EUR
i16R 100 [mm] 14,74 EUR
i12R 116 [mm] 15,68 EUR
i17R 132 [mm] 16,73 EUR
i112R 148 [mm] 17,67 EUR

Length: 250 [mm]

Price for 1 pcs

Pieces in a box

Article Pieces in a box
i150R 40 pcs.
i1.1R 40 pcs.
i13R 25 pcs.
i10R 25 pcs.
i14R 25 pcs.
i11R 25 pcs.
i16R 20 pcs.
i12R 20 pcs.
i17R 20 pcs.
i112R 16 pcs.

Flow capacity l/s

Diameter: H* 1cm: H* 10cm:
42 [mm] 0,4 l/s 1,6 l/s
54 [mm] 0,7 l/s 2,2 l/s
66 [mm] 1,1 l/s 3,5 l/s
73 [mm] 1,4 l/s 4,3 l/s
83 [mm] 1,8 l/s 5,3 l/s
92 [mm] 2,2 l/s 6,6 l/s
100 [mm] 2,5 l/s 7,9 l/s
116 [mm] 3,5 l/s 10,9 l/s
132 [mm] 4,5 l/s 14,2 l/s
148 [mm] 5,6 l/s 17,9 l/s

* H – Height of water column



8,89 EUR

10,94 EUR


Equipped with a perforated flange, the roof drains are intended for two-component cement insulation and all types of cold-applied liquid insulation. A perfect solution for connecting hydro-insulation to a downpipe.

The whole surface of the sealing flange is perforated, providing a tight roof drainage system when joined with downpipes.

Made of special material characterised by high resistance to UV radiation, ozone, and other atmospheric and chemical agents, adapted to liquid insulation and concretes.

Due to refining additives, the roof drains maintain their flexibility and dimensional stability in a wide temperature range.


Articles: A D h
i150R 262 42 250
i1.1R 272 54 250
i13R 285 66 250
i10R 288 73 250
i14R 298 83 250
i11R 307 92 250
i16R 320 100 250
i12R 327 116 250
i17R 343 132 250
i112R 365 148 250
* Values in mm.


 

A) Position the roof drain correctly and attach it to the downpipe.

B) Distribute the first layer or hydro-insulation, also under the flange.

C) Install the fibreglass reinforcement mesh (5 mm x 5 mm mesh) right up to the edge of the flange.

E) Distribute successive layers of hydro-insulation.

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