NDS EZ-1001F - EZflow 10" French Drain w/4" Pipe x 10ft

NDS EZ-1001F - EZflow 10" French Drain w/4" Pipe x 10ft

$73.81
Sale price  $73.81 Regular price  $99.75
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NDS EZ-1001F - EZflow 10" French Drain w/4" Pipe x 10ft

NDS EZ-1001F - EZflow 10" French Drain w/4" Pipe x 10ft

$73.81
Sale price  $73.81 Regular price  $99.75

EZflow® Gravel-Free French Drain System with 4 in. Slotted Pipe & Engineered Aggregate, 10 in. dia. X 10 ft. long bundle

Resolve high groundwater issues and prevent saturation and surface flooding on your property with the EZflow® Gravel-Free French Drain System. EZflow is a convenient alternative to traditional stone and pipe drainage, with a 30% better flow rate. The preassembled bundle is lightweight and easy to install, eliminating the backbreaking work of hauling and shoveling gravel into the trench. The EZflow bundle is made of 4 in. single-wall corrugated pipe of high-density polyethylene (HDPE), centered and surrounded in Poly-Rock™ of expanded polystyrene (EPS), all encased in a black geotextile mesh sleeve.

Applications
  • Useful in solving surface and subsurface drainage problems for lawns and plant beds, building foundations and basements, retaining walls and raised planters, and sports fields
  • Works as an infiltration system to detain water captured from upstream sources such as a downspout, and slowly release it into the surrounding soil
  • The EZflow French Drain System works in conjunction with other NDS products such as Catch Basin Drains, Flo-Well® Dry Wells, Channel Drains, Trench Drains, and Pop-Up Drainage Emitters as part of a complete stormwater drainage system
Features
  • Drainage bundle comes preassembled and ready to install with 4 in. slotted corrugated drain pipe, lightweight engineered aggregate all encased in a 30-sieve black geotextile mesh fabric
  • Flexible, 10 in. diameter, 10 ft. bundle bends around corners and is easy to manipulate
  • Patented Poly-Rock™ is uniquely engineered with “flow channels” to increase void space, improve water flow rates by 30%, and provide greater storage capacity compared to gravel systems

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