Out is the new in! Floors for terraces, balconies, etc.

We want things to be comfortable and stylish at the same time, even on our terraces, balconies and verandas! SubFloor’s outdoor flooring is the perfect choice for new, stylish battened floors outdoors.

SubFloor is used where some type of substrate is already available – for example, garden tiles, asphalt, concrete slabs, board or tin roof. Unevenness and any previous wear disappear. Whatever the circumstances, the feel of SubFloor’s outdoor flooring will be completely new and stable.

The pressure-impregnated battens are already fully prepared with pre-drilled holes and pre-laid threaded plastic screws that resist UV radiation. That means quicker and easier laying.

SubFloor Outdoor Flooring on Sloping Surfaces

SubFloor is a flexible and smart system for outdoor flooring that is particularly well suited for installation on sloping or uneven surfaces. With the help of adjustable supports, a stable and completely level floor surface is created, even where the ground slopes or where level differences occur.

The system makes it possible to adjust the height individually, which simplifies installation and eliminates the need for time-consuming groundwork such as concrete casting or extensive leveling. The result is a durable outdoor floor with good drainage, where water is effectively led away.

SubFloor is ideal for terraces, balconies, rooftop terraces, and courtyard environments where the surface is not completely level. The construction provides a long service life, high stability, and an attractive final result – regardless of the slope of the surface.

Example – Sloping Surface with Stone Paving

Here a floor with a 2° slope and stone paving as the base surface is shown. SubFloor has been tested to handle slopes of up to 4°, which corresponds to approximately 7 cm height difference per meter.

Example – Sloping Surface with Roofing Felt

Here a floor with a 2° slope and roofing felt as the base surface is shown. SubFloor has been tested to handle slopes of up to 4°, which corresponds to approximately 7 cm height difference per meter. Ensure that the existing base surface can support the intended load.