Hot Dipped Galvanized Gabion - 100x120mm Hexagonal Netting for River Bank Protection

Product Description

Anping Chuangyi Hardware Products Co., Ltd., located in Anping County – the global center of wire mesh manufacturing, engineers hot-dipped galvanized gabions for river bank protection. Our 100x120mm hexagonal netting features double twisted construction, delivering superior corrosion resistance and structural integrity in dynamic water environments. ISO9001 certified, full customization, 15-21 day delivery.

Product Specification

Key attributes

Product Features

1. Hot-dipped galvanized coating – 80-120g/m² zinc weight, exceeding ASTM A975 standards for superior corrosion resistance.
2. 100x120mm hexagonal mesh – Optimized for medium-to-large stone infill (90-150mm), balancing retention and permeability.
3. Double twisted construction – Prevents unraveling upon wire breakage, ensuring long-term structural continuity.
4. High tensile steel wire – Mesh wire 2.7-3.4mm, selvedge wire 3.8mm, offering strength against hydraulic forces.
5. Flexible permeable structure – Allows free water passage, eliminates hydrostatic pressure, adapts to riverbed settlement.

Why Choose Us?

1. River bank engineering focus – Specialized in 100x120mm mesh tailored to river stone gradations.
2. Progressive failure prevention – Double twisted technology ensures no catastrophic unraveling, critical for flood-prone rivers.
3. Enhanced galvanizing – Strict zinc thickness control, validated by 800+ hours salt-spray testing.
4. Custom panel sizes – Gabion dimensions adjusted to your river bank geometry and flow conditions.
5. Eco-friendly integration – Open mesh supports aquatic vegetation and habitat, contrasting with concrete revetments.

Applications

1. River bank protection – Stabilizing eroding banks along meandering or high-velocity rivers.
2. Scour protection – Toe aprons and foundation protection for bridge piers and abutments.
3. Flood control channels – Lining engineered floodways and spillways.
4. Groyne and revetment – Permeable structures reducing flow velocity while trapping sediment.
5. Stream restoration – Natural channel design and habitat enhancement projects.