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Filter Fabric

Filter Fabric

Filter Fabric

$226.41


FREE SHIPPING
SKU MMNW404100

Our Filter Fabric is a non-woven geotextile fabric that can be used in various drainage applications where high water flow, filtration, and separation is needed. This commercial grade fabric has high strength and dimensional stability. It is made from  needle-punched polypropylene, is non-biodegradable, and is resistant to insect and rodent damage.

The filter fabric is available in 4 oz, 6 oz, and 8 oz thicknesses and in numerous roll size options.

Looking for landscape staples? Click here>

Staples are sold separately.

Frequently Asked Questions

Spec Sheets Downloads:

  • 4 oz Spec Sheet >
  • 6 oz Spec Sheet >
  • 8 oz Spec Sheet >

SHIPPING

✔  All items ship for free

☏  Call: (800) 604-5537 for pricing and shipping questions.

This material ships from either California, Minnesota, New Jersey or Georgia. Orders typically ship same day (if placed before 12 PM EST)

Note: The day that the order ships does not count as a transit day. We are unable to expedite fabric shipments faster than what is displayed on the map below.

The Power of Filter Fabric: A High-Performance Solution for Drainage and Filtration

When it comes to effective drainage and filtration in landscaping or construction, choosing the right fabric can make all the difference. Filter Fabric, a non-woven geotextile, provides the ideal solution for ensuring proper water flow, filtration, and separation in various drainage applications. Whether you’re managing stormwater, stabilizing soil, or constructing retaining walls, our Filter Fabric offers the strength and stability you need for long-lasting results.

Why Use Filter Fabric?

Filter Fabric serves as an essential component in many landscaping and construction projects due to its versatility and performance. Made from needle-punched polypropylene, it is designed to be non-biodegradable and highly resistant to insect and rodent damage, ensuring it lasts for years without deteriorating. Its robust construction means it can withstand heavy loads while maintaining its filtration and separation properties.

Planting Plant in Garden

Gardening Work

Key Features of Filter Fabric

• High Water Flow and Filtration: The non-woven design of the fabric allows for excellent water flow, making it ideal for drainage applications. Whether used in French drains, erosion control, or under pavers, the fabric allows water to pass through while filtering out sediments and debris, ensuring proper drainage and preventing blockages.

• Superior Strength and Durability: This commercial-grade fabric offers high tensile strength and dimensional stability, allowing it to perform well under various conditions. It is capable of withstanding heavy loads, making it suitable for demanding projects like road construction, embankment stabilization, and retaining wall installations.

• Needle-Punched Polypropylene: The needle-punching process creates a fabric with uniform porosity, providing consistent filtration across the surface. Polypropylene, a highly durable material, ensures the fabric is resistant to weathering, chemicals, and degradation over time.

• Non-Biodegradable and Resistant to Damage: Unlike some natural materials, Filter Fabric is non-biodegradable, which means it won’t break down when exposed to the elements. Additionally, its resistance to insect and rodent damage makes it a long-lasting solution for environments where pests could be an issue.

Available in Multiple Thicknesses and Sizes

To meet the varying needs of different projects, Filter Fabric is available in several thicknesses:

• 4 oz Fabric: Ideal for light-duty applications like landscape drainage or under pavers, where moderate filtration and separation are needed.
• 6 oz Fabric: A mid-weight option that offers greater strength and durability, suitable for more demanding projects such as erosion control or moderate drainage needs.
• 8 oz Fabric: The heaviest option, designed for use in the most challenging environments, including roadways, heavy drainage systems, and high-load applications.

We also offer a range of roll sizes, ensuring that you can find the right amount of fabric for your project, whether it’s a small backyard improvement or a large-scale commercial undertaking.

Applications of Filter Fabric

The versatility of Filter Fabric makes it suitable for a wide range of projects, including:

• French Drains: By acting as a barrier between the soil and the drainage gravel, the fabric prevents soil particles from clogging the drainage system while still allowing water to flow through.
• Erosion Control: The fabric helps to stabilize soil in areas prone to erosion, such as slopes or shorelines, by allowing water to pass while keeping the soil in place.
• Road and Driveway Construction: Filter Fabric can be used under roadways or driveways to separate the subsoil from the aggregate base, improving the stability and lifespan of the structure.
• Retaining Walls: When used behind retaining walls, Filter Fabric aids in controlling water flow and preventing soil from washing out, reducing the risk of wall failure.
• Under Pavers or Gravel: It acts as a barrier to keep the aggregate base from mixing with the underlying soil, which ensures a longer-lasting and more stable surface.

Finished Landscaping

Landscaping Project

Why Filter Fabric is Essential for Your Next Project

Incorporating Filter Fabric into your drainage, filtration, or soil separation projects can significantly enhance their effectiveness and longevity. Its combination of strength, water permeability, and durability ensures that it performs well in a variety of conditions, from light landscaping tasks to heavy-duty construction.

Conclusion

Whether you’re working on a residential landscaping project or managing a large-scale construction site, our Filter Fabric provides the strength, stability, and filtration needed to get the job done right. Available in multiple thicknesses and roll sizes, this geotextile fabric is designed to meet the demands of commercial-grade applications while ensuring optimal water flow and soil separation.