Corrugated Perforated French Drain Pipe, Expandable Soft Infiltration Underground Drainage Tube for Landscape Garden Patio

• Expandable corrugated perforated drainage pipe: This flexible underground drainage tube can expand from 1 to 20 meters, making it ideal for landscape, garden, and patio applications to manage water runoff effectively.
• Efficient water infiltration: The perforated design allows for optimal water infiltration into the soil, helping to prevent waterlogging and improve drainage in various outdoor settings.
• Durable and flexible construction: Made from high-quality materials, this soft infiltration pipe is resistant to crushing and deformation, ensuring long-lasting performance in underground installations.
• Easy installation and customization: The expandable nature and standard 50mm diameter simplify installation, allowing for quick setup and adaptation to different drainage needs without specialized tools.
• Versatile application: Suitable for a wide range of uses including residential gardens, commercial landscapes, and patios, this drainage tube provides a reliable solution for managing excess water and preventing erosion.

Soft infiltration drain solutions effectively redirect water flow from heavily watered or muddy areas to locations better equipped to handle overflow, improving drainage. These flexible corrugated drains are designed for quick and easy installation without requiring gravel or soil backfill, making them ideal for French drains, retaining walls, flower beds, and curbs. They feature a built-in filter to prevent clogging from soil, sand, and debris, and are suitable for both vertical and horizontal drainage applications. Specifications include a construction of non-woven filter fabric, polyester fiber, and steel wire reinforcement, with diameters available in 50mm, 80mm, 100mm, 150mm, and 200mm, and lengths ranging from 1 meter to 20 meters. The package includes one flexible French drain. Note: Manual measurements may result in slight size variations, and colors might differ slightly due to screen display differences.