American Wick Drain
AWD provides high quality drainage solutions, leveraging decades of expertise in commercial, government and residential applications. Our optimized system and innovative product line combines geotextiles and specially designed drainage cores. From retaining walls, concrete slabs, trench drains and athletic fields, AWD is the trusted name working below the surface to ensure the surrounding earth is dry, solid and secure.
Based in Monroe, NC, we have East Coast and West Coast manufacturing plants, allowing us to respond quickly to orders based on your project location.
We have a proven track record of developing strategic partnerships with manufacturers who need a drainage component to complement their existing product lines. For information about AWD Private Label programs, please contact our corporate office.
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Variety of Drainage Applications
Our optimized system and innovative product line combine geotextiles and specially designed drainage cores. From retaining walls, concrete slabs, trench drains, and athletic fields, AWD is the trusted name working below the surface to ensure the surrounding earth is dry, solid and secure. AWD prefabricated drains provide an engineered response to a variety of drainage problems by collecting and redirecting water away from a structure or site.
We manufacture an extensive line of products to address drainage requirements for a broad range of construction applications. Our prefabricated drains consist of formed three-dimensional polymeric cores combined with a geotextile. The core offers strength to withstand soil pressure and provides a secure flow channel for collected water. The geotextile retains soil particles while allowing water to freely enter the drainage core. Our sheet, strip, combination and wick drains provide an engineered response to your drainage problem.
AWD's drains are a great economical alternative to pipe and stone. Unlike pipe and stone systems, AWD products are manufactured to meet ASTM standard physical and mechanical properties. Design considerations typically include three basic physical properties: water flow rate, core compressive strength and ability of the geotextile to filter soil particles.