Geotextile Bag for Slope Protection

Product Description

Geotextile Bag for Slope Protection is made from high-strength needle-punched nonwoven fabrics, typically composed of polyester (PET) or polypropylene (PP). These bags are stitched and used in ecological slope protection projects such as riverbanks, reservoirs, lakes, and canals. With excellent permeability and weather resistance, the bags can be filled with soil, seeds, or other substrates to protect slopes while promoting vegetation growth and ecological restoration.

Technical Specifications

Features

• Flexible & Durable：Made with high-density fibers for superior tensile strength and deformation resistance, ensuring no easy breakage under stress.
• High Strength：Constructed from high-density polypropylene/polyester, offering multiple times the strength of ordinary fibers, ideal for demanding engineering applications.
• Corrosion & Aging Resistant：Special coating protects against microbes and parasites, while UV-resistant polymers ensure long-lasting performance in harsh conditions.
• Fast & Easy Installation：Machine-manufactured for quick production, reducing construction time and costs.
• Eco-Friendly：Zero harmful emissions or wastewater during production, making it a sustainable choice.
• Recyclable & Biodegradable：Polyester-based bags are fully recyclable, while polypropylene bags naturally decompose, leaving no environmental footprint.

Purpose

• Slope Protection for Roads & Railroads ：Ideal for both cut and fill slopes along highways and railways.
• River & Lake Embankments：Effectively stabilizes shorelines of rivers, lakes, and reservoirs.
• Special Engineering Uses：Military installations, emergency flood control, bunkers, and levees.
• Riparian Zones– Creates eco：friendly banks that harmonize human infrastructure with wildlife habitats.
• Mine Reclamation： Repurposes mining waste, restores subsided areas, and revitalizes barren land for sustainable ecological recovery.
• Coastal/Lakeside Stabilization：Addresses landslides, culvert inlets, drainage ditches, soil erosion, and irrigation systems.
• Constructed Wetlands：Supports eco-restoration and water purification projects.

Application scenarios