Description
Premium 2.5m x 2.5m EPDM Pond Liner
Constructed from high-grade Ethylene Propylene Diene Monomer (EPDM), this 900gsm synthetic rubber liner offers superior reliability for your aquatic projects. Engineered for maximum flexibility and resilience, it provides a robust, weather-proof barrier for ponds, water features, and various water containment installations.
Key Technical Specifications & Benefits
- High-Performance Material: The 900gsm EPDM composition ensures a heavy-duty, long-lasting solution with a projected lifespan of 20–50 years, subject to environmental factors and maintenance.
- Exceptional Flexibility: Its high-stretch properties allow the liner to effortlessly conform to complex curves, slopes, and irregular pond contours.
- Environmental Resilience: Fully resistant to UV radiation and ozone, preventing degradation from intense sunlight. It remains stable in extreme temperatures, resisting cracking or brittleness.
- Aquatic Safety: A non-toxic, fish-safe, and plant-safe material that ensures no harmful chemicals leach into your water system.
- Structural Integrity: Designed to resist punctures and tears, providing stability against minor ground movement.
- Simple Maintenance: Should a puncture occur, the material is easily patchable, avoiding the need for full liner replacement.
Why Choose EPDM?
EPDM stands out as a superior alternative to standard liners:
- Vs. PVC: Offers greater flexibility and a significantly longer lifespan, free from the plasticizers that cause PVC to degrade over time.
- Vs. HDPE & RPE: While slightly heavier, its increased flexibility makes it the preferred choice for custom-shaped installations.
Versatile Applications
- Garden and wildlife ponds
- Koi ponds
- Waterfalls and decorative fountains
- Retention basins and reservoirs
Installation Guidance
- Protection: Always install an underlayment to shield the liner from root penetration and sharp debris.
- Seaming: When joining sheets, ensure proper overlap using dedicated EPDM adhesive and seam tape.
- Design: Maintain an appropriate slope to support effective drainage and prevent water stagnation.