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    Living Retaining Wall - ECOBAG

    The ECOBAG living retaining wall is an innovative natural system that allows you to build a green retaining wall quickly, easily, and even DIY. It replaces traditional concrete retaining walls with an ecological alternative that does not overheat its surroundings, follows the terrain contours, and promotes biodiversity.

    The ECOBAG system consists of textile bags filled with soil into which perennials, grasses, or shrubs are planted. They form a stable, naturally green wall that retains slopes, prevents soil erosion, and captures rainwater – functioning as a fully-fledged water-retention measure.

    Key benefits of the ECOBAG retaining wall:

    • Quick and simple installation – suitable for DIY installation
    • Modular system – any height and shape
    • Adapts to undulating terrain including curves
    • Does not overheat – unlike concrete and stone
    • Aesthetic appearance – resembles a natural vegetated slope once overgrown
    • Cost-effective solution compared to gabions or concrete
    • Long lifespan thanks to UV-stabilized material
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    vreceECOBAG Vegetated Green Retaining Wall SET
    ECOBAG is a green retaining wall. This technology has a long tradition in retaining wall construction. It is a simple system that allows you to build a natural, green, and great-looking retaining wall yourself. All of this in a fraction of the time and cost. Once filled with soil, or a mix of soil and sand or gravel, simply place the bag according to the instructions and repeat the process. The ECObag system is fast and simple, offering a vast range of uses around the house or on construction sites. You need approximately 10-12 bags per 1m2 of wall.

     

    SET PRICE - bag, connecting pin, cable tie

    ohybna tkana geomreza miragrid gx w1200 h1200 f1 006f69e868b2f98c359dbf1fe8d33ce5Miragrid GX 80/30 - strength 80/30 kN/m - 5.2×100 m

    Woven Miragrid geogrids are made from high-tenacity polyester fibers (PET) coated with polyvinyl chloride (PVC) and were developed specifically for reinforcing earth structures. They are used in the construction of steep slopes and in landslide remediation, or for stabilizing soft subgrades.