Shower panel with a 2% slope for direct tiling with ceramic tiles in floor-level showers. It is prepared for the installation of the Schlüter®-KERDI-DRAIN drain. The panel is simply assembled in two parts for easy transport and easy handling. A waterproof sleeve covering the entire panel is included in the set.
Applications and functions
Schlüter®-KERDI-SHOWER is a modular system for the construction of floor-level shower trays with ceramic tiles. The sloped panels are available in various sizes. The matching Schlüter®-KERDIDRAIN-BASE drainage system is also available as a set. Depending on the installation space conditions, other Schlüter®-KERDI-DRAIN variants can also be installed. Various sets from the Schlüter®-KERDI series are available for wall waterproofing.
The slope panel surface is supplied with the required slope > 2 % (except for the 180 x 90 cm slope panel).
The compensation panel is designed for the installation of the drain and the drain pipe. It has a minimum construction height, which can be levelled using, for example, a mortar filler.
Available sizes are:
152 x 152 cm - H 30 mm
183 x 183 cm - H 32 mm
152 x 96 cm - H 29 mm
152 x 122 cm - H 28 mm
183 x 122 cm - H 32 mm
If you require smaller dimensions, you can easily cut the panel using cutting tools. In addition, thanks to the pre-marked grooves, you can also cut the panels to create curved showers. Thanks to the pre-made grooves, the panels can also be cut to create round showers.
The matching Schlüter®-KERDI-DRAIN-BASE shower drain (with horizontal outlet) has a drainage capacity of 0.4 l/s. If a higher drainage capacity or a vertical drain is required, the appropriate variants are available within the Schlüter®-KERDI-DRAIN product range.
Schlüter®-KERDI-SHOWER is characterised by its particularly safe and easy installation. In combination with Schlüter®-KERDI waterproofing components, it meets the requirements of the general test certificate (abP) as a class A waterproofing. The components of the Schlüter®-KERDI-SHOWER system are sold as a set and can be easily combined if required.