GABIONMESH SOLUTIONS
GABIONGalvanized Steel Wire Mesh Gabion Box Hexagonal Holes Woven Mesh Gabion Basket for Rock Fall Protection Retaining Our Woven Gabions are engineered from high-quality, heavily galvanized steel wire, Galfan wire, or PVC-coated wire, woven into…
Strong structure, excellent load capacity
Galvanized / PVC coated for long service life
Various sizes, mesh openings and coatings available
Permeable structure, good for environment
Our Woven Gabions are engineered from high-quality, heavily galvanized steel wire, Galfan wire, or PVC-coated wire, woven into a double-twisted hexagonal mesh pattern. Unlike rigid structures, the double-twist design prevents unraveling and provides the structural flexibility needed to withstand severe earth settlement and environmental stress.
Designed as robust, flexible, and free-draining retaining structures, our woven gabion baskets are filled with natural stone on-site to create an eco-friendly and cost-effective solution for erosion control, riverbank protection, and earth retention.
High Structural Flexibility: The double-twisted hexagonal mesh distributes load evenly. It can withstand localized stresses and ground settlement without cracking or collapsing, making it far superior to rigid concrete.
Outstanding Corrosion Resistance: Available in Heavy Galvanized, Galfan (Zinc-5% Aluminum alloy), and PVC-coated finishes to provide exceptional resistance to corrosion, acids, and harsh marine environments.
Excellent Permeability (Self-Draining): Natural stone filling allows water to pass through freely, eliminating hydrostatic pressure behind the wall and ensuring long-term stability.
Eco-Friendly & Green Aesthetics: The gaps between the stones allow for soil deposition and natural vegetation growth over time, seamlessly blending the structure into the surrounding ecosystem.
Cost-Effective & Easy Installation: Ships flat-packed (collapsed) for low-cost transportation. Installation requires no specialized labor, heavy machinery, or complex drainage systems.
| Parameter | Standard Range (Customizable) |
| Material Types | Heavily Galvanized Wire, Galfan Wire (Zn-5% Al-MM), PVC Coated Wire |
| Mesh Pattern | Double-twisted Hexagonal Mesh |
| Mesh Size | $60 \times 80\text{ mm}$, $80 \times 100\text{ mm}$, $100 \times 120\text{ mm}$, etc. |
| Body Wire Diameter | $2.0\text{ mm}$ – $4.0\text{ mm}$ |
| Selvedge Wire Diameter | $2.7\text{ mm}$ – $4.0\text{ mm}$ (Thicker than body wire for structural reinforcement) |
| Lacing/Tie Wire | $2.2\text{ mm}$ |
| Standard Basket Dimensions | $1\text{m} \times 1\text{m} \times 1\text{m}$, $2\text{m} \times 1\text{m} \times 1\text{m}$, $3\text{m} \times 1\text{m} \times 1\text{m}$ (Custom sizes available) |
| Compliance Standards | Meets ASTM / EN international standards for double-twisted mesh |
Our woven gabions are widely used in civil engineering, road construction, and hydraulic projects, including:
Riverbank Protection & Erosion Control: Stabilizing riverbeds, canal linings, and shorelines against water currents.
Retaining Wall Systems: Constructing durable gravity retaining walls for highways, railways, and slopes.
Slope Stabilization & Rockfall Barriers: Preventing landslides and protecting infrastructure from falling debris.
Bridge Abutments & Culvert Protection: Providing scour protection around bridge piers and wing walls.
Landscape & Architectural Design: Modern, natural-looking perimeter walls and decorative landscape features.
Looking for a Reliable Gabion Supplier?
We offer a wide range of customizable specifications, wire diameters, and coating options to meet your specific project requirements.
📨 Contact our engineering team today to get a free technical consultation and a quick quote!
Strong wire mesh with stable structure, can withstand earth pressure and water flow.
Custom sizes and shapes to meet different project needs.
Galvanized or PVC coated surface for long-term outdoor use.
Good permeability, prevents water accumulation and reduces hydrostatic pressure.
Lightweight and flexible, easy to transport and install on site.
