The 30mm HexCell Drainage Cell - Standard Duty 550 is designed to provide exceptional sub-surface drainage performance while maintaining high structural integrity. Made from recycled polypropylene (Reprolene™) or HDPE, it delivers a permanent and non-clogging void between structures and soil profiles. With a compressive strength of 70t/m² and flow rate of 14,400 L/h/m² at 1% fall, it ensures optimal water management in roof gardens, retaining walls, balconies, and civil engineering applications. Lightweight and supplied in large 1.1m x 1.1m panels, this system speeds up installation while maintaining environmental sustainability and long service life.
Key Features of 30mm HexCell Drainage Cell - Standard Duty 550
- High compressive strength of 70t/m² to support heavy loads
- Open cell structure allows rapid water flow and prevents clogging
- Lightweight and large panel format for easy handling and fast installation
- Manufactured from recycled polypropylene for eco-friendly performance
- Chemically resistant and unaffected by moulds, algae, or soil bacteria
Technical Overview
- Chemical Properties: Unaffected by moulds, algae, soil-borne chemicals, and bacteria
- Application Temperature Range: -30°C to 120°C (-22°F to 248°F)
- Compressive Strength: 70t/m² (99.56 PSI)
- Flow Rate: 14,400 L/h/m² at 1% fall (508.5 gal/h/ft²)
- Material: Recycled Polypropylene (Reprolene™) or HDPE
Trade Professional Information
- Required Tools: Utility knife, PPE, drainage pipe connectors
- Trade-Specific Tips: Pre-plan panel layout to minimise cutting and wastage on site
- Common Issues and Solutions: For uneven surfaces, use compacted sand bedding to achieve level installation
Storage and Shelf Life
- Storage Requirements: Store flat in dry area away from direct sunlight
- Shelf Life Information: Indefinite under proper storage conditions
- Temperature Considerations: Avoid prolonged exposure above 120°C
Certifications
- Manufactured to comply with Australian drainage standards
- Made from 100% recycled material—meets environmental sustainability benchmarks