Brief: In this video, we demonstrate how our double-stitched Geotextile Geobag provides durable support for flood control, river bank stabilization, and coastal slope protection. You'll see the manufacturing process on our advanced geotextile production line and learn how the high water permeability and soft texture make installation efficient while maintaining structural integrity under pressure.
Related Product Features:
Made from high-density polyester (PET) or polypropylene (PP) for exceptional durability and strength.
Features double-stitched seams to ensure integrity under stress and prevent leaks or ruptures.
High water permeability allows effective drainage while retaining soil and other materials.
Soft texture enables easy handling, transport, and adaptation to uneven terrain.
Designed for flood control, river bank stabilization, and coastal slope protection applications.
Manufactured using filament nonwoven geotextile for enhanced durability and filtration.
Can be filled with sand, soil, gravel, or other aggregates for versatile project needs.
Environmentally friendly, non-toxic, and recyclable materials support sustainable construction.
FAQs:
What materials are used in the HASSAN Geotextile Geobag?
The HASSAN Geotextile Geobag is made from high-quality geotextile fabric, specifically high-density polyester (PET) or polypropylene (PP), ensuring durability and strength for various applications.
What applications are suitable for the 40*80 Geotextile Geobag?
The 40*80 Geotextile Geobag by HASSAN is ideal for erosion control, flood protection, river bank stabilization, coastal slope protection, and other civil engineering projects requiring reliable soil retention and drainage.
What is the warranty period for the Geotextile Geobag?
The Geotextile Geobag comes with a warranty of 5-10 years, guaranteeing long-term performance and reliability in demanding environmental conditions.
How does the double-stitched seam enhance the geobag's performance?
The double-stitched seam ensures the geobag remains intact under significant stress and pressure, preventing leaks or ruptures when filled with materials like sand or soil, which is crucial for flood control and erosion prevention.