CORE Drainage Cells
Smarter Water Management Starts Below the Surface.
Applications
Artificial Turf & Sports Fields
Provides efficient drainage beneath synthetic grass, helping prevent water buildup and keeping surfaces usable.
Retaining Walls & Foundations
Channels water away from structures, reducing hydrostatic pressure and protecting against moisture buildup.
Patios, Walkways & Pavers
Creates a stable, free-draining layer beneath hardscaped surfaces to help prevent trapped water.
Green Roofs & Rooftop Gardens
Provides lightweight subsurface drainage, helping manage excess rainfall while protecting underlying structures.
CORE Drainage Cells
At just 25 mm thick, the durable, interlocking panels offer exceptional drainage capacity and load-bearing strength without the bulk of traditional gravel drainage systems. The modular design allows for quick, straightforward installation, saving time, labour, and valuable space.
Ideal for artificial turf, patios, retaining walls, foundations, green roofs, and landscaped areas, CORE Drainage delivers reliable, long-lasting performance wherever effective water management is essential.
High-Capacity Water Drainage
Engineered to channel up to 30 litres of water per m², the open-cell design efficiently collects and redirects excess water. With over 80% permeable surface area, it helps prevent waterlogging, reduces standing water, and provides reliable subsurface drainage.
Exceptional Strength & Load Distribution
Built for demanding applications, the rigid cellular structure distributes weight evenly across the surface while maintaining excellent drainage performance. Lightweight yet incredibly durable, it provides dependable support beneath landscaped areas, driveways, and other high-load applications.
Versatile Above & Below Ground Applications
One drainage solution for countless projects. Ideal for retaining walls, foundations, driveways, sports fields, green roofs, and landscaped areas. Install horizontally or vertically to capture excess water, relieve hydrostatic pressure, and protect surrounding structures.