Wrapped Land Drainage Pipe 100mm Perforated 50m Coil Pipe

• DIMENSIONS: 100mm diameter perforated drainage pipe supplied in a 50-metre coil length for extensive drainage projects
• CONSTRUCTION: Durable corrugated design provides excellent structural strength while maintaining flexibility for easy installation
• PERFORATED DESIGN: Strategic perforation pattern allows efficient water collection and distribution throughout the pipe length
• VERSATILE USE: Ideal for agricultural drainage, construction sites, garden drainage systems, and sports field water management
• WRAPPED: Wrapped in a geotexile to prevent ingress of very fine particles, i.e. sand and sediment, in appropriate soil conditions for agricultural use and reduces surface water run-off.

This single wall 100mm perforated land drainage pipe comes in a 50mtr coil and complete with one connector (also referred to as coupler or joiner) to connect multiple coils together. This land drain is corrugated and pre-wrapped in a geotextile membrane along the whole of its length. Designed to prevent small particles (such as soil, sand etc.) in appropriate soil conditions from entering the land drain, whilst allowing excellent water filtration. Wrapped land drain improves the efficiency of the whole system, prolonging its life and allows for an easy and quick installation. Perforated land drain is designed to collect surface water and commonly used in agricultural, domestic, commercial and industrial areas. It has small holes (perforations) throughout the pipe which allows the water to be dispersed. Great for water logged areas and useful for many applications including lawns, gardens, golf courses and sports fields. Land drain pipe is also popular within French Drain systems. To protect the pipe from surface traffic or maintained operations damage such as deep spiking, the minimum cover depth should be at least 450mm and the trench you dig should be wider than the diameter of the pipe. This drainage coil is wrapped in a Geotexile to prevent ingress of very fine particles, i.e. sand and sediment, in appropriate soil conditions for agricultural use and reduces surface water run-off.