An ideal solution for a wide range of civil and environmental projects, our non-woven short-fiber geotextile fabric offers outstanding value, performance, and ease of installation. Its unique felt-like structure provides critical functions of filtration and separation at a highly competitive cost, making it a fundamental material for construction and landscaping projects.

Core Value Proposition: Cost-Effective & Efficient

• Low-Cost Solution: Provides exceptional performance and value, significantly reducing overall project material costs without compromising on quality or function.

• Rapid Deployment: Lightweight, easy to handle, cut, and install. This dramatically speeds up construction timelines, saving on labor costs and ensuring projects are completed on schedule.

Key Functions & Benefits:

• Superior Filtration: Allows water to flow freely through its plane while effectively retaining soil particles. This prevents erosion and clogging of drainage systems, maintaining their long-term effectiveness.

• Reliable Separation: Creates a stable, permanent barrier between two distinct layers of soil (e.g., subsoil and gravel). This prevents mixing, maintains the structural integrity and design thickness of the base layers, and prolongs the life of the construction.

• Protection: Acts as a cushioning layer to protect delicate geomembranes from puncture or damage from sharp aggregates or uneven subgrade.

• Permeability: Excellent water permeability helps in managing subsurface drainage and dissipating pore water pressure.

Primary Applications:

• Underneath driveways, roadways, and parking lots for separation and stabilization.

• Drainage systems, behind retaining walls, and in French drains for filtration.

• Landfill leachate collection systems and cap layers.

• Erosion control on slopes beneath riprap or revetments.

• Landscaping projects to prevent weed growth while allowing water passage.

Choose a smart, economical, and versatile geosynthetic solution. Our non-woven short-fiber geotextile ensures project success through efficient separation and reliable filtration.