EPDM rubber surfacing can be applied over concrete, paving stones, steel, roofing membrane, on all solid and non-granular substrates. On the other hand, rubber paving can be installed directly over a gravel substrate.

EPDM rubber surfacing is widely used for pool areas, walkways, balconies and steps. Occasionally referred to as safety surfacing, it is often used in playgrounds, splash pads as well as fitness floors.

Yes, for some installations such as a garage floors and fitness surfaces, as it is a type of application that absorbs sound, shock impact and has insulating properties. EPDM applications can also be sealed to render the surface impermeable, otherwise the cleaning of the surface will need to be treated like a carpet. At the commercial and institutional level, it is strongly suggested to seal the areas that have presence of organic matter and also facilitate cleaning with any type of conventional mop.

No, it is absolutely necessary to provide a solid substrate such as an existent concrete slab, a new concrete pour, paving stones, or rubber paving base with recycled rubber.

Since rubber paving is permeable to water, all wood surfaces must be waterproofed prior to resurfacing, otherwise the wood underneath will rot over time.

To simplify the task, we suggest using a leaf blower. For a more thorough cleaning in the spring, we recommend washing with a residential grade pressure washer. To remove stains, simply use a degreasing dish soap.

Unlike concrete and paving stones which require a great deal of maintenance, EPDM applications are virtually maintenance-free. Only if deemed necessary, due to a high level of UV exposure, we recommend refreshing the surface with a clear coat to protect against potential drying out of the granules. This application is quite simple, once the product is provided, you could even apply it yourself.

Remove the snow as you normally would! A plastic shovel is always recommended rather than a metal shovel. You can also use a snow blower as they usually have plastic pads on the bottom, otherwise teflon pads can easily be added.

Rubber is a material designed not to adhere to snow and ice, making it easier to scrape and remove ice compared to concrete surfaces where the bottom layer of ice adheres to the surface with fierce tenacity.

EPDM applications provide superior slip-resistance compared to other surfaces. Snow melts quicker and water does not accumulate due to the permeability of the surface, therefore reducing potential black ice, which is the cause of many falls and injuries.

No, you can safely use salt or any type of eco-friendly de-icers.

Rubber is very malleable and therefore resists temperature changes, as well as ground movement during freeze and thaw cycles. The applications have been proven to withstand the harsh winters of Western Canada for over 20 years and Eastern Canada for the past 10 years.

Rubber is a material that is practically indestructible, mixed with an industry standard urethane-based binder. If treated with care, this composition is very durable and has a lifespan of at least 25 years.

Yes, even though EPDM surfaces are incredibly tough and durable, accidents can happen. The installer simply needs to extract the damaged section and reapply new product to marry it with the existent surface.

Usually, installations take between 1 to 2 days, unless otherwise specified for large projects. The first stage is the preparatory work of the existent surface and the second stage is the pouring of the product. In some cases, both stages could be done on the same day.

Unfortunately yes, the EPDM rubber surfacing cannot be performed in the rain. The surface must be dry, with the presence of some atmospheric heat during installation and night temperatures that do not freeze. However, there is no risk if it rains afterwards, once the product is installed and the work is completed, as water is only an accelerator in the curing process.

The EPDM surface hardens in the presence of heat and humidity. In ideal conditions, allow 24 hours before you can walk on it, and a maximum of 72 hours if the weather conditions are less humid.

The application is practically odorless. Depending on the weather conditions, during the installation you will be able to capture a scent which will fade quite quickly in the following days.

It goes without saying that the lighter shade options avoid island heat, as they reflect UV rays much more compared to a dark surface. EPDM surfaces retain less heat than conventional surfaces due to its permeable properties. This allows air and water to flow through the pores of the surface, allowing for a much faster comfort temperature recovery.

Generally, the water finds the path of least restriction to go towards a downhill slope or it remains in the pores of the surface until it evaporates. If applied over a gravel substrate, the water percolates and filters through the ground towards the water table.

No, because the application maintains elasticity and flexibility at all times and in all weather conditions. The micro-frost that might form in the pores of the surface would be impossible to expand enough to the extent of potentially cracking the surface.

Generally, each installation requires some preparation and special attention along the edges of current elevations. The ideal method is to recess part of the existent surface by cutting or grinding to lower the height of the current surface to match the desired height. The transition is often so smooth that not even a lynx's eye will notice it!

Aluminum moldings are not necessary in all cases. However, to avoid the risk of chipping, it is strongly recommended to protect the edge of the steps, especially when dealing with heavy foot traffic.

The installation of EPDM surfaces is an artisanal process, similar to that of pouring concrete. The cold mix consists of 100% EPDM granules combined with a UV resistant urethane-based binder. The components are mixed on site either manually or more efficiently in a mortar mixer. The craftsman then pours and spreads the granular mixture evenly with his trowel over the existent surface. Once the product is spread, the installer compresses, flattens and smooths the rubber with a trowel to close all the open pores. This makes the entire application uniform and seamless to an average thickness of ¼” to ½”. We invite you to watch the video of the installation process.

Taking into account the artisanal nature of the application, anyone wishing to install this type of product should pass a minimum of training to understand the peculiarities of the product and ensure proper installation. If you are interested in a training, please do not hesitate to contact us.