ACF West is the leading Northwest distributor of geosynthetics. With over 100,000 square feet of inventory space, our extensive product catalog allows us to provide reliable, quality, and cost-effective solutions for a wide range of applications.
Reduce or eliminate stormwater pollution from stockpiles of soil or construction materials and ensure compliance with federal, state, and local stormwater regulations. Learn more
Sheet drains reduce hydrostatic pressure and convey ground water away from a structure, offering a modern & cost-effective alternative to conventional drainage systems. Learn more
Strip drains are significantly more economical and environmentally-friendly than conventional aggregate drains. Learn more
Geonets are cost-effective drainage systems with excellent hydraulic properties and high compressive strength, functioning well on steep slopes. Learn more
Cellular confinement--or geocells--provide flexibility, strength and durability and offer the designer a versatile tool to accomplish an affordable and functional solution. Learn more
With the strength of pavement and the natural beauty of grass, Grassy Pavers are a practical solution for turf reinforcement in trafficked areas. Learn more
Landscape fabric is the safe and easy solution to permanent weed control. It works as a durable, flexible barrier while simultaneously letting in air, water, and nutrients. Learn more
Protect and encourage the growth of seedlings while eliminating weeds, reducing frost heave incidence, and preventing moisture loss.
Gabions aid in earth retention and soil stabilization, erosion control and flood control, and landscape and architectural applications. Learn more
Chitosan enhanced chemical treatment of stormwater is the safe, effective and economical way to deal with sediment laden surface water on your construction site. Learn more
P/ACB’s are a new and elegant approach to infiltrating pavements that answer the problem of maintenance. Learn more
Modular tanks provide versatile solutions to stormwater retention/detention. Learn More