ATTUBE (Geotube)

Geotube High-Strength Tubes for Coastal & Dewatering Solutions

ATTUBE (Geotube)

Geotube (ATTUBE) is a high-strength and durable tubular system manufactured from specialized geotextile fabric. It is widely used for protecting rivers, shorelines, and coastal regions against erosion. As an alternative to heavy rock and concrete structures, Geotube (ATTUBE) provides a flexible and practical solution suitable for a variety of site conditions. Its adaptable design allows it to follow natural ground contours while maintaining strength and long-term performance.

These tubes are engineered to withstand demanding conditions such as high water flow, prolonged sunlight exposure, and physical wear. They operate without the need for belts, heavy equipment, or complex systems. This makes Geotube (ATTUBE) an efficient and economical solution for erosion protection, sludge dewatering, and land reclamation applications.

Geotubes are large tubular containers manufactured from nonwoven needle-punched geotextiles and are designed for various hydraulic and geotechnical applications. They are produced using high-strength polypropylene or polyester fibers, which are accurately stitched using advanced interlock sewing techniques to maintain dimensional stability, permeability, and UV resistance. The durable geotextile structure provides effective filtration by allowing water to pass through while retaining soil or sludge inside, making it suitable for dewatering and shoreline protection applications.

The production of geotubes complies with strict ASTM and ISO standards to ensure uniform quality in tensile strength, puncture resistance, and seam performance. These tubes are extensively used for coastal and riverbank protection, land reclamation, containment of dredged materials, and sludge dewatering. Their adaptability, flexibility, and durability make them a sustainable alternative to conventional hard armor systems, providing long-term stability and dependable performance in marine and civil engineering projects.