Double Punched Non-Woven Geotextile Drainage Filter Fabric – 8 oz
Toughest Commercial Grade – 200 Year Fabric – Made in USA
Available in 3 sizes.
Our purpose built non-woven geotextile filter fabric is made of 100% polypropylene, making it strong yet soft and flexible. It has been needle punched twice which allows water to go through while preventing soils and other material from passing, extending your drainage systems life and performance.
I just want to say, I bought 2 different landscaping fabrics from Home Depot’s that were supposedly water permeable (they weren’t), then I went to a local business to buy their recommended geotextile fabric for French drains (site one supply), all the products I got were not water permeable, or they took a really long time to allow water to pass through. I finally pulled the trigger and order your fabric after watching a bunch of your YouTube videos and holy cow the difference is night and day. I could not be more pleased with the results. Thank you so much!!!!
PS I contacted the manufacturer on the Home Depot product and they offered me a $7 refund after I had filled in a few tons of gravel by hand because their product didn’t allow any water to get through and into the French drain. Wish I had bought from your store to begin with. So happy I have a product that actually works, it makes such a difference. I’m truly so grateful and happy with the product, will definitely order again from you next time. Thank you!
Julian T.
What is double-punched non woven geotextile fabric?
Double-punched non woven geotextile is made from a thick felt-like material crafted with millions of polypropylene fibers. During manufacturing, the fabric is needle punched twice to allow water to flow through while simultaneously preventing soil and organic material from passing to extend your drainage system’s life dramatically.
What is non woven geotextile fabric used for?
This durable fabric has many applications that include:
French drains
Farming and gardening
Road stabilization
Drainage installations
Retaining walls
Why is non woven geotextile fabric better than woven geotextile fabric?
The primary difference between geotextiles is how they’re manufactured. As the name suggests, woven geotextiles are manufactured by weaving round fibers in one direction, and flat fibers in another direction. Meanwhile, non woven geotextile fabric is manufactured using a needle punch to create a permeable material.
Unlike woven, which follows a uniform pattern, non woven geotextiles have a random design created by the barbed needle, giving it superior strength. The water permeability (at least 100 GPM per sq ft) and superior strength make non woven geotextile the best choice for yard drainage solutions, especially when preventing water from pooling is the primary concern.
Difference between 8oz and 4oz
Non woven geotextiles are typically categorized by the weight of the fabric, which corresponds to the fabric’s strength, thickness, and drainage capabilities.
Lightweight fabric, usually between 3oz and 5oz, is more permeable and allows water to flow at a greater rate. The heavy-weight fabric has a slower drainage rate but provides greater strength and support for soil stabilization.
The 8oz fabric is a heavier, more rugged option that will last lifetimes and generations if properly installed.
Here at FDM, we select the best weight for each individual drainage project. We like to use 4oz fabric where a high flow rate is essential and 8oz fabric in low-flow applications.
How geotextile fabric works in a French drain
Geotextile fabric permits the free flow of water while retaining soil particles.
Your French drain will perform immediately after installation, but it won’t perform at its maximum efficiency until all the sediment washes through it. Once some time has elapsed, and sediment passes through the drainage fabric, the better soil filter zone becomes. The soil filter zone that forms and the hydrostatic pressure is key to your French drain working at its best.
Dimensions and Specifications
Non-woven needle punched geotextile made of 100% polypropylene staple filaments.
Resists ultraviolet and biological deterioration, rotting naturally encountered basics and acids.
110 gallons/minute through a square foot. The tensile strength is 205 lbs.