Gabion Reno Mattresses - 60x80mm Hot-Dipped Galvanized for Riverbed & Erosion Control

Our Gabion Reno Mattresses are engineered specifically for riverbed stabilization and erosion control applications. With a standardized 60x80mm mesh size and heavy hot-dipped galvanized coating, these mattresses provide superior protection against scour and water erosion while maintaining flexibility and permeability. The low-profile design makes them ideal for lining channels, stabilizing slopes, and protecting riverbeds where traditional gabion boxes would be too bulky.

Key Features & Benefits:

• 60x80mm Mesh Opening: Optimized size for stability and rock retention in high-flow environments

• Hot-Dipped Galvanized Coating: Zinc coating ≥230g/m² ensures exceptional corrosion resistance in water applications

• Reno Mattress Design: Low height (typically 0.17-0.5m) provides large coverage area with minimal material usage

• Double-Twisted Hexagonal Mesh: Prevents unraveling and maintains structural integrity under water pressure and movement

• Excellent Permeability: Allows natural water flow while preventing soil erosion and scour

• Easy Installation: Modular units can be quickly assembled and placed with minimal equipment

Technical Specifications:

• Mesh Size: 60x80mm (standard)

• Wire Diameter: 2.0-3.0mm (depending on design requirements)

• Zinc Coating: ≥230g/m² (Class A galvanization)

• Mattress Height: 0.17m, 0.23m, 0.30m, 0.50m (custom sizes available)

• Standards: Complies with EN 10223-3 for gabion products

Primary Applications:

• Riverbed and channel lining protection

• Bank revetment and slope stabilization

• Bridge scour protection and abutment armor

• Canal and drainage ditch erosion control

• Coastal protection and shoreline armoring

Performance Advantages:

• Withstands water velocities up to 5-6 m/s when properly installed

• Flexible structure adapts to ground settling and movement

• Environmentally compatible - allows vegetation establishment

• Cost-effective compared to concrete or riprap solutions

• Long service life exceeding 50 years in most freshwater environments