Double Wall Corrugated Pipe Application and Technology

Plastic double wall corrugated pipe excels in drainage and stormwater management applications due to its unique dual-wall structure. The smooth inner wall minimizes flow resistance while the corrugated outer wall provides exceptional ring stiffness and impact resistance, enabling it to withstand heavy loads with lightweight flexibility. Advanced co-extrusion manufacturing technology ensures perfect bonding between layers, creating pipes that maintain their structural integrity under backfill pressures and dynamic loading conditions. This combination of hydraulic efficiency and mechanical strength makes it the preferred choice for highway drainage, land development projects, and agricultural subsurface drainage systems where both performance and installation efficiency are crucial.

Plastic double wall corrugated pipe is extensively used in subsurface drainage and stormwater management systems. Its unique structure, featuring a smooth inner wall and a corrugated outer wall, provides exceptional hydraulic efficiency and crush resistance. This makes it an ideal choice for applications such as highway and railway drainage, land development projects, and agricultural field drainage, where reliable long-term performance under soil and traffic loads is critical.

In the telecommunications and power utility sectors, this pipe serves as a robust and cost-effective conduit for protecting fiber optic and electrical cables. The double wall construction offers superior impact strength and protects the sensitive cables from moisture, abrasion, and environmental stresses. Its lightweight nature and long coil lengths also facilitate faster installation, reducing labor costs and project timelines for laying cables underground.

Another significant application is in environmental protection projects, such as landfill leachate collection and contaminated land remediation. The pipe's excellent chemical resistance ensures durability when conveying aggressive liquids, while its leak-proof joints prevent environmental contamination. Furthermore, its flexibility allows it to conform to uneven terrain, making it a versatile solution for constructing efficient collection systems around landfills and remediation sites.

Products

Support

About