Drainage Pipes

ADS DRAINAGE 12 X 20 STI-SOLID Soil-Tight Solid Style Storm Drainage Pipe, 12 in Dia x 20 ft L, Dual Wall, Engineered Compound of HDPE

N-12 corrugated dual-wall pipe was introduced in 1987. Today's N-12 ST IB pipe (per ASTM F2648) is an engineered compound of virgin and recycled high density polyethylene resins to provide impressive material properties. The performance you've come to expect from N-12, with the added benefit of helping to promote responsible use of resources. Available in diameters from 4" to 60" (100 to 1500 mm), N-12 pipe is replacing reinforced concrete pipe as a preferred product for storm water applications. ADS N-12 ST IB pipe (per ASTM F2648) contains a superior built-in bell-and spigot joint. The joints are sealed by high-quality, factory-installed rubber gaskets that meet all the requirements of ASTM F477. A polyethylene bell minimizes joint distortion. The chipping and cracking that is common to concrete bells, is eliminated.

ADS® 04540010 Solid Regular Annular Corrugated Stamp On Pipe, 4 in I.D Dia x 10 ft L, Single Wall, Polyethylene

ADS® 04540010 Solid Regular Annular Corrugated Stamp On Pipe, 4 in I.D Dia x 10 ft L, Single Wall, Polyethylene

ADS® Channel-Flow® 04020010 120 deg 3-Hole Pattern Perforated Bell End Drainage Pipe, 4 in Dia x 10 ft L, Single Wall, HDPE, Domestic

Our single wall HDPE Pipe is specially designed and perforated to be the perfect component for Pipe and gravel leaching field systems. The single wall corrugated Pipe and gravel system is one of many leaching system options designed and sold by Advanced Drainage Systems. While newer, more advanced alternatives to this traditional gravel absorption system are offered, many prefer its tried and true reliability and reputation. In this conventional gravel absorption system, an area of gravel and natural voids surrounds the ADS® corrugated Pipe, providing storage for effluent. The gravel does not digest or eliminate the waste, instead, it causes "masking" which blocks some effluent from leaching directly into the soil.