

Extension of 10 mm for Essential paving riser pedestal
4 snappable 3 mm spacers for a smooth surface.
Optimised flange shape for easier fitment against a wall or internal corner.
Millimetre-accurate manual height adjustment using the screw adjuster: no other tools are required.
Reinforced for greater compressive strength.
This riser pedestal is adjustable for heights of between 20 and 40 mm, and designed for tiled, ceramic or slab terraces intended for pedestrian use. It consists of a 20-30 mm riser pedestal and a 10 mm height extender. Located beneath tile corners at each intersection, it allows air to circulate freely, prevents rising damp and leaves space for cable and pipe runs. By removing the need for arduous earthmoving and joints, it makes the whole process of terrace and patio construction easier. Manual height adjustment.
The paving used must be “self-supporting” class T7 or T11, as defined by French standard NF EN 1339, or be rated as F+, as defined by the CSTB (French Construction Industry Scientific and Technical Centre ) QB32 standard.
Follow the paving manufacturer’s installation recommendations, and calculate the number of riser pedestals per m² required for your application.
All riser pedestals must be installed on stabilised ground or a precast concrete slab.
Not compatible with the “Essentiel” paved side finishing plate. Please refer to our installation advice for details of edge finishing.
The HD 20/40 riser pedestal is not compatible with the 60 mm and 25 mm height extenders. Acoustic damper not incuded.
Stone, concrete and ceramic tile paving are all options for riser pedestal terraces. Ultimately, the choice will depend on the intended use, laying pattern and, of course, the desired visual appearance of your paved terrace.
The surface on which the terrace will be built must be prepared before work can begin. Unprepared ground (e.g. unprepared soil) may change over time and can be subject to movement. Depending on the weight it will subjected to and the local climate (dry periods, heavy rainfall, etc.). For these reasons, it is important to stabilise the ground beneath the terrace to ensure long-term stability of your project.
The surface on which the terrace will be built must be prepared before work can begin. Unprepared ground (e.g. unprepared soil or lawn) may change over time and can be subject to movement. Depending on the weight it will subjected to and the local climate (dry periods, heavy rainfall, etc.). For these reasons, it is important to stabilise the ground beneath the terrace to ensure its long-term stability.
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