Non-Woven geotextiles are made using PP or PET staple fibers. Mechanically bonded through needle punching process to form a strong, flexible and dimensionally stable fabric structure with optimum pore sizes and high permeability. Geotextile is an ideal textile material for roads, ports, landfills, breakwater construction, drainage structures and other civil projects. They are resistant to chemicals and bio organisms found in soils.

1. Filtration and Separation – Having high permeability, Non-Woven Geotextiles allow water to pass through while preventing the movement of fine particles. This makes them effective for filtration and separation applications such as preventing soil erosion and maintaining the stability of structures.
2. Drainage – Provides efficient drainage of excess water within soil structures preventing buildup of hydrostatic pressure and improving soil stability.
3. Strength & Durability – Non-Woven geotextiles provide sufficient tensile strength for their intended application as they exhibit good resistance to punctures and tears and are more cost-effective than woven geotextiles.

Application

1. Erosion Control – For soil stabilization and preventing erosion in areas such as riverbanks, slopes, and shorelines.
2. Sub Grade Separation – Used for roads, airports, and rail tracks as a separation layer between subgrade soil and road base materials, preventing mixing and helping to distribute loads more evenly.
3. Filters for Granular Drainage Systems – In roads, railways, airports, retaining walls, slopes, and landfills for efficient water movement and to prevent soil particles from entering drainage systems.
4. Geotextile Bags and Containers – To be filled with soil or sand for the protection of hydraulic structures and riverbanks from severe erosion, scouring, and flood control.
5. Paving Fabrics – Improves the life of the pavement system by acting as a waterproof barrier between old and new asphalt, and also significantly reduces reflective cracking.