NONWOVEN GEOTEXTILE

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Durable containment systems made from high-strength geotextile fabrics, designed for dewatering, shoreline protection, and land reclamation. By filling these tubes with dredged materials, sand, or sludge, they provide an efficient and environmentally responsible method of managing sediments while reinforcing coastlines, riverbanks, and embankments.

Engineered for both civil and environmental applications, Geo tubes play a vital role in erosion control, flood management, and habitat restoration delivering long-lasting protection with minimal ecological disruption.

Flat geotextile layers engineered for soil protection, separation, and stabilization in a wide range of civil and environmental applications. Made from high-strength, permeable fabrics, they provide effective filtration, drainage, and reinforcement helping prevent soil erosion and ensuring long-term structural stability.

Lightweight yet durable, Geo Sheets are ideal for road construction, landfills, riverbanks, and coastal protection projects, offering a reliable and eco-friendly solution for modern infrastructure needs.

Durable, permeable containers made from high-strength geotextile fabrics, designed for effective shoreline protection, slope stabilization, and erosion control. Filled with sand or soil, they act as a flexible barrier that adapts to natural landscapes while preventing soil loss and protecting against wave action or flooding.

Lightweight, easy to install, and cost-efficient, Geo Bags provide a sustainable solution for coastal reinforcement, riverbank protection, and environmental restoration projects

Prefabricated Vertical Drains (PVDs), or wick drains, are engineered geosynthetic systems designed to accelerate the consolidation of soft, compressible soils. Each drain is composed of a high-permeability nonwoven filter jacket enclosing an extruded polypropylene core with fin-shaped profiles that create continuous longitudinal channels for rapid water flow.

The composite design ensures excellent filtration, hydraulic efficiency, and structural resilience—even under substantial pressures, vertical settlements, or lateral displacements. By expediting pore water dissipation, PVDs significantly reduce consolidation time, making them indispensable for embankment construction, land reclamation, and large-scale infrastructure development.

Advanced filtration systems designed to capture fine particles, dust, and pollutants from air or gas streams. Made with high-performance textile media, they provide superior efficiency, durability, and environmental compliance for industries such as cement, power generation, pharmaceuticals, and food processing.

By ensuring cleaner emissions and improved air quality, fabric filters support sustainable operations while meeting strict environmental standards.