DWALE Driveway Fabric 13x115ft – Heavy Duty 3.5 oz Geotextile for Weed Barrier & Erosion Control

Meet the DWALE Driveway Fabric, a 13 by 115 ft heavy-duty geotextile designed to support demanding outdoor projects. The 3.5 oz fabric blends tear resistance with long-term durability, creating a reliable base layer that helps roads stay flat and drainage channels stay clear. Built to perform in traffic corridors, landscaping beds, and construction zones, this fabric provides a practical foundation for your next project. The large roll size reduces seams, while the sturdy polyethylene composition is built to endure exposure to sun, moisture, and seasonal changes over time.

Built to last

• 3.5 oz heavy-duty polyethylene geotextile for lasting durability
• Large roll measures 115 ft long by 13 ft wide, covering sizable areas
• 800 lbs tensile strength offers reserve load-bearing capacity

Beyond sheer strength, the fabric acts as a permeable shield that supports drainage while preventing soil particles from clogging underlying layers. The 115 ft length minimizes the number of joins, while the 13 ft width aligns with typical project footprints, helping you plan layouts with fewer cut points.

Permeable by design

• Highly permeable and breathable, supporting drainage and soil health
• Reduces water pooling and helps surface stability
• Effective for French drains, garden planting, and landscape projects

The woven structure allows water to pass through while providing a solid base for subsequent layers. This makes it well suited for drainage-focused installations and landscaped areas where slow, steady water movement matters for long-term appearance and function.

Versatile applications

• Road stabilization and erosion control across varied sites
• Suitable for riprap, retaining walls, patios, and stables
• Fits landscaping and construction needs where drainage and spacing matter

Designed for broad use, this geotextile supports a range of outdoor projects from driveways to garden terraces. Its combination of tear resistance, load-bearing potential, and permeability makes it a practical companion for preparing surfaces and protecting soil structure under different load scenarios.

Note that real-world results depend on site conditions, layering, and installation techniques. The product features observed in data describe capabilities that may help improve surface flatness and drainage when combined with appropriate base materials, but outcomes can vary by environment. Consider this fabric as a robust component in your project toolkit, offering possibilities rather than guarantees.