Advanced Drainage Systems 4540010 Corrugated Pipe 4 in

Product Description

The ADVANCED DRAINAGE SYSTEMS 4540010 is a corrugated polyethylene drainage pipe designed for residential and commercial drainage and waste management applications. The pipe measures 4 inches inner diameter and 4-3/4 inches outer diameter, supplied in a 10-foot length. Constructed from lightweight, high-density polyethylene, it resists crushing, cracking, acids, alkalis, and freezing temperatures. The corrugated profile provides structural flexibility while maintaining flow capacity. This pipe is typically installed by plumbers, drainage contractors, and experienced DIYers working on stormwater, foundation, or subsurface drainage systems.

This pipe is suited for below-grade and surface drainage installations including yard drainage, foundation perimeter drainage, and agricultural runoff management. The 4-inch diameter is one of the most common sizes used in residential French drain systems, downspout extensions, and driveway culvert applications. The 10-foot lengths are easy to handle and couple together using standard corrugated fittings for longer runs. Its chemical resistance makes it appropriate for use in soils with variable pH or exposure to mild chemical runoff.

Key Features

• 4 inches inner diameter and 4-3/4 inches outer diameter for high-volume drainage flow
• 10-foot length per section simplifies layout and reduces coupling frequency
• Polyethylene construction resists acids, alkalis, and freeze-thaw cycling
• Lightweight profile reduces labor strain during trench installation
• Corrugated exterior provides flexibility for routing around obstacles

Compatibility

Designed as an OEM-style replacement and new-installation option compatible with standard 4-inch corrugated pipe fittings, couplers, and end caps used in residential and commercial subsurface drainage systems.

Installation Notes

Installation is typically performed by plumbers or drainage contractors following local building and grading codes. Before installation, ensure the trench is excavated to the appropriate depth and slope for positive drainage flow. Secure all couplings and fittings firmly to prevent joint separation under backfill load. Avoid sharp bends that could restrict flow or stress the pipe wall beyond its rated flex range.