Frequently Asked Questions

The MODULESCA® connector kit is fully compatible with all MODULESCA® modules and steps. It can be used to connect two 20 cm modules together, connect a MODULESCA® step to a 20 cm module or or connect two MODULESCA® steps together.

Jouplast® flat shims are thin spacers designed for low-height adjustments.

Their breakable design allows them to be divided into 2 or 4 pieces, effectively giving you 4 shims in 1. They also ensure proper ventilation for wooden structures, in compliance with the minimum spacing recommended by DTU 51.4 (3 mm between the decking board and the joist).

Extremely durable, they can withstand heavy loads without deforming (their compressive strength exceeds 2 tonnes).

Jouplast® pedestals are designed to support heavy loads, with a crush test resistance of over 1 tonne per pedestal.

However, the load capacity of your slab terrace does not depend solely on the strength of the pedestals: it also depends on the type of slab used and its own mechanical strength.

Each material (porcelain stoneware, natural stone, etc.) has its own technical characteristics. It is therefore essential to consult your paving manufacturer’s recommendations to check their compatibility with installation on pedestals and their ability to withstand high point loads.

If your project involves the installation of heavy equipment (such as a spa, for example), we recommend that you opt for a reinforced structure system or provide a specific masonry support under the area concerned to ensure optimal load distribution.

No, composite has several properties that make it resistant to rot. The mixture of wood fibre and plastic makes the material rot-proof and therefore resistant to weathering and insect infestation.

Jouplast® low-profile decking pedestals, such as the Essential Adjustable Pedestal 8 to 20 mm for slab terraces and the Essential Adjustable Pedestal 8 to 20 mm for joist installation, are specially designed for low-height terraces. They allow you to raise the terrace slightly without requiring major structural modifications.

Their innovative design makes them easy to install, saves time and guarantees optimal durability, while respecting the constraints of your project.

In addition to new constructions, these thin pedestals are ideal for renovating existing terraces, but also for landscaping small spaces and small terraces such as balconies and patios.

It is also possible to use these low-profile pedestals around your swimming pool if the height of the recess is low.

The main constraint when building a raised patio is to leave enough space under construction to install all the necessary accessories.

Our advice is to leave a minimum clearance of 3 cm under the patio slab.

NB: If the slab has a slope, use self-levelling pedestals, which will compensate for up to 5%. The same applies if the surface of the slab is uneven.

The advised spacing between your pedestals depends on the flooring you have chosen.

For a paved patio, the spacing between the pedestals (whether self-levelling or not) depends on the size of your tiles. You will need to place at least one pedestal in each corner. So, if your tile measures 60×60 cm, you simply need to place your pedestals every 60 centimetres. For certain tile sizes, such as 90×90 or 120×30, you will also need to add pedestals along the lengths to ensure proper support for the tile. Always refer to your tile manufacturer’s recommendations.

For a wooden or composite patio, we generally recommend a spacing of 70 cm between each pedestal (depending on the type of wood and the joist cross-section). The spacing between the joists will depend on the type of decking: 50 cm between joists for natural wood decking and 40 cm between joists for composite wood decking (check with the manufacturer).

For further info, please feel free to consult our practical guide on how to calculate the number of pedestals. The most reliable approach is to consult your decking’s manufacturer.

For a pedestrian walkway, we recommend choosing gravel with a grain size of 5/15 or 8/16 so that it is dense enough to properly fill the cells of our plates while allowing for water drainage.

We recommend the addition of a 2 cm top layer of 5/15 or 8/16 driveable gravel to ensure that all the cells are completely filled. Once the gravel has been poured into the stabilisation module, it should no longer be possible to see the grid itself.

European timbers, including many softwoods, have the advantage of being generally more affordable than more exotic timbers.

• If the ecological impact of your project is an important factor, you might decide to use a European or even French-grown timber.
• Exotic timbers, on the other hand, are generally more costly, but tend to be more durable.

So it is clear that each species of timber has its own advantages and disadvantages. The best thing to do is speak to your supplier, who will be able to guide you towards the best choice on the basis of your visual, ecological and other preferences.

Jouplast 170mm ridged wedges are designed to wedge and level indoor and outdoor timber structures. They can be used to wedge gaps of up to 40 mm and, thanks their saw-tooth ridging system, ensure perfect stability for joists and similar components. Compatible with flat packers, they are ultra-strong (crush resistance over 2 tonnes) and have moulded holes for easy no-drill fixing.

The Cleman® 130/230 mm pedestal is designed for installation on uneven stabilised ground or an existing concrete slab, including on sites with gradients of up to 5%. Do not use on loose soil or unprepared ground.

The Cleman® patio pedestal must be installed only on stabilised ground or a precast concrete slab. Each riser pedestal must be positioned under the paving in accordance with the recommendations of the paving manufacturer, with at least one pedestal at each corner of each paving slab. Its progress adjustment system provides for height adjustment before, during and after installation.

Profildeck® decking screws are specially designed to fix timber decking boards to Profildeck® system aluminium joists. Their self-tapping design ensures firm fixing with no need for pre-drilling. Manufactured from A4 stainless steel, they deliver excellent levels of weather and corrosion resistance.

Yes, Elevo decking pedestal is height-adjustable. It has an adjustment range of 95mm and a maximum height of 138mm. Where greater height is required, up to 4 Jouplast® 60 mm height extenders can be added.

The 3mm paving spacer is designed to create even spacing between paving slabs as they are laid to guarantee uniform spacing across the terrace and comply fully with all project constraints. Ideal when laying paving slabs, tiles and even timber decking boards.

Yes, Cleman® and Easio® 60mm pedestal height extenders can be stacked. Up to 4 height extenders can be stacked to achieve the required terrace height. You can therefore adjust pedestal heights to suit the needs of your project, without compromising the stability and strength of the overall installation. To ensure installation safety, the recommended maximum number of height extenders that can be stacked is 4.

MODULESCA® 20 cm steps are used to create modular garden steps. Manufactured from glass fibre reinforced polypropylene, they are ultra-strong and rot-proof with a load-bearing capacity of more than 6,000 kg. They are the ideal solution for creating straight and curving garden steps. They can be used to widen existing MODULESCA® module steps or to create new flights of narrow steps.

Jouplast® fork shims are leveling accessories designed to simplify the installation and adjustment of all types of construction projects.

Thanks to their forked shape and flexible inner ridge, they easily snap onto a screw and ensure optimal hold during tightening.

Available in various thicknesses (1, 2, 3, and 5 mm), they can be stacked using their pins, allowing for precise level adjustments and quick setup.

They are extremely durable, do not deform under load, and can withstand pressure exceeding 2 tonnes.

Depending on the nature of your soil and the intended use, there are three types of stabilisation possible:

• Without foundations: this method is possible for covered projects on well-drained or load-bearing soil with sufficient slope. It can be used for temporary projects.
• With minimal foundations : this method is recommended for moderately draining and load-bearing soils.
• Conventional foundations: this method is recommended for low-bearing and impermeable soils.

If in doubt, do not hesitate to ask a specialist for a geological analysis (drainage and load-bearing capacity) of your soil.