Geotextile Landscape, 4ft x 100ft & 6oz Geotextile Fabric, PP Drainage 350N Tensile Strength & 440N Load Capacity, for Driveway & Road Stabilizationr

Garvee's professional-grade 6oz non-woven geotextile fabric is engineered for heavy-duty construction and landscape stabilization projects. Made from durable polypropylene (PP) with a tensile strength of 350N, this fabric delivers exceptional load distribution and soil separation, making it ideal for use beneath driveways, roadways, and high-traffic areas. Its permeable design allows water to pass through freely while preventing soil migration, reducing erosion and promoting long-term ground stability. Unlike basic landscape fabrics, this material is purpose-built for structural support, drainage management, and erosion control in demanding outdoor applications.

With its balanced combination of strength and flexibility, this geotextile fabric is both tough and easy to handle. The 4 ft x 100 ft roll format is convenient to transport, unroll, and cut to size, requiring no special tools for installation. Simply position the fabric in the desired area, secure it in place, and proceed with your project. Whether used in French drain systems, retaining wall backfill, riprap channels, or as a stabilizing layer under gravel or pavement, Garvee¡¯s geotextile fabric provides reliable performance and extended service life when installed according to guidelines.

Designed to perform in a variety of civil, residential, and commercial applications, this fabric excels in functions such as drainage, filtration, separation, and reinforcement. It is well-suited for erosion control on slopes, subsurface drainage projects, unpaved road stabilization, and embankment support. Please note that this product is not intended for use as a standalone weed barrier or above-ground landscape mulch. For optimal durability, avoid prolonged direct sunlight exposure and, if used in surface-level settings, cover with at least 1/4 foot of mulch or gravel to protect the material and extend its functional lifespan.