Hexagonal Mesh Gabions

Hexagonal Mesh Gabions are wire mesh structures used in erosion control, slope stabilization, and retaining walls. Made from galvanized, PVC-coated, or Galfan wire, they are classified as gabion boxes or mattresses and widely applied in riverbank protection, dams, and infrastructure projects for their strength, flexibility, and corrosion resistance.

We are a professional manufacturer of Hexagonal Mesh Gabions, delivering engineered solutions for erosion control, slope reinforcement, and hydraulic protection. These gabions, also known as Reno mattresses or woven gabion cages, feature a robust hexagonal mesh structure that seamlessly integrates into both natural and built environments, offering lasting performance and aesthetic harmony.

Gabions are essential components in civil and environmental engineering. They effectively stabilize embankments, secure riverbanks, control landslides, and combat soil erosion. Their modular, flexible design also supports usage in landscaping and ecological restoration projects, where strength, durability, and environmental compatibility are equally important.

Material

• Hot-Dip Galvanized Steel Wire: Provides excellent corrosion protection with zinc coatings up to 350 g/m², ideal for general use.
• Galfan Alloy-Coated Wire: Combines zinc-aluminum with rare earth elements, delivering superior corrosion resistance—three times that of traditional galvanization.
• PVC/PE-Coated Galvanized Wire: Enhances durability with a protective polymer layer, recommended for industrial or marine environments; available in color-matched finishes.
• Polymer-Coated Galfan® Wire: Integrates Galfan® strength with an added polymer coating for maximum resilience in aggressive climates.

Benefits

• High impact and corrosion resistance, ensuring long-term reliability in dynamic soil and weather conditions.
• Natural integration, allowing vegetation to grow through the mesh while stabilizing slopes and riverbanks.
• Compact transport and installation, thanks to a foldable structure and modular configuration.