Plastic Geocellular Stormwater Management System StormBrixx® SD and HD

StormBrixx® Low Footprint Storage System is a unique and patented polypropylene geo cellular storm water management system. Designed for the retention, infiltration, and reuse of surface water

Illustrated models : StormBrixx® SD  and StormBrixx ®HD
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Plastic Geocellular Stormwater Management System StormBrixx® SD and HD

Product

StormBrixx® SD Geo cellular storm water management

StormBrixx® SD, made of recyclable polypropylene, is a temporary storm water storage solution under green spaces or light roads. It provides a robust and corrosion-resistant base for a long-lasting infiltration system.

  • Made of an ultra-light cell structure in recyclable polypropylene.
  • Installs at a minimum depth of 80 cm (frost-free).
  • Its large storage capacity, 95% vacuum, makes it possible to limit the volumes of earthworks
  • No impact on the water table.
  • Adapts perfectly to different areas of application such as: landscaped spaces without vehicles, landscaped spaces with passage of ride-on mowers, pedestrian areas, access roads to car parks, car parks or access roads to residential properties.
  • Dimensions of half a module: 1200x600x494 mm (L x W x D)
  • Loading up to and beyond AASHTO HS-20

Product

StormBrixx® HD Geo cellular storm water management

StormBrixx® HD is a temporary storm water storage solution made of recyclable polypropylene that can withstand heavy loads and heavy applications. It offers a robust and corrosion-resistant base for a long-lasting infiltration system.

  • Made of an ultra-light honeycomb structure made of recyclable polypropylene
  • Its large storage capacity, 95% vacuum, makes it possible to limit the volumes of earthworks
  • Easy configuration according to site-specific requirements
  • Maneuverability and lightness: the modules are easy to implement
  • Simplified implementation and logistics
  • Nested mounting, robust construction of the structure, without junction parts
  • Ease of inspection and maintenance
  • Intended for infiltration or retention, they allow almost total land exploitation on the surface
  • Dimensions of half a module: 1205 x 602 x 394 mm (L x W x D)
  • Loading up to and beyond AASHTO HS-25

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