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Junhe manufactures and supplies gabion baskets and gabion boxes for retaining walls, riverbank protection, slope stabilization, erosion control, landscaping, road construction and other civil engineering applications.
Our gabion range includes double-twisted hexagonal gabion boxes, welded gabion baskets and modular defensive barriers. Different wire diameters, mesh openings, box dimensions, coatings and structural configurations can be selected according to project requirements.
As a gabion manufacturer and supplier, Junhe supports both standard products and customized production based on drawings, site conditions, required dimensions, corrosion environment and installation requirements.
Gabion systems are generally filled with locally available stone or other suitable fill material after installation. Their open structure allows water drainage while the stone-filled units provide mass and structural support, making gabions widely used in hydraulic engineering, retaining structures and erosion-control projects.
Different gabion structures are suitable for different installation methods, site conditions and engineering requirements.
Hexagonal Gabion Box is manufactured from double-twisted woven wire mesh.
The double-twisted structure allows the mesh to remain flexible and helps distribute deformation across the basket. This makes hexagonal gabions suitable for riverbanks, slopes, embankments, retaining structures and other locations where ground movement or hydraulic conditions need to be considered.
Junhe provides different wire diameters, mesh sizes, coatings and box dimensions according to project requirements. Internal diaphragms can also be used to divide larger gabion units into sections and help maintain their shape after stone filling.
Welded Gabion Box is manufactured from steel wires welded at each intersection to create rigid mesh panels.
Compared with woven gabions, welded gabions provide a more rigid and uniform appearance. They are widely used for landscape walls, architectural features, retaining walls, garden structures, riverbank protection and other projects where dimensional consistency and visual appearance are important.
Different mesh openings, wire diameters, surface treatments and box dimensions can be produced according to project drawings.
Defensive Barrier uses a modular wire-mesh structure combined with an internal liner and fill material.
These systems can be used for temporary or rapidly deployable protective structures, flood-control applications and other projects requiring modular filled barriers.
The appropriate barrier size, wire structure, coating and filling method should be selected according to the intended application and project requirements.
Gabion performance depends on the combination of wire structure, mesh opening, coating, box dimensions, fill material and installation environment.
Common specification considerations include:
| Specification | Available Options or Considerations |
|---|---|
| Gabion Type | Hexagonal woven gabion, welded gabion or modular barrier |
| Wire Diameter | Selected according to gabion type and structural requirements |
| Mesh Opening | Different openings available according to application and fill size |
| Material | Steel wire with galvanized or corrosion-resistant coating options |
| Surface Treatment | Galvanized, zinc-aluminum coated or other available treatments |
| Box Dimensions | Standard and customized dimensions |
| Internal Structure | Diaphragms, partitions or reinforcing components where required |
| Fill Material | Stone, gravel or other suitable project-specific fill |
| Connection Method | Lacing wire, spirals, clips or other compatible connectors |
| Application | Retaining wall, slope protection, riverbank, landscaping, flood control |
Because site conditions vary significantly, final specifications should be confirmed according to the project drawings, environmental exposure and structural requirements.
Gabion retaining walls are widely used to stabilize soil and create gravity retaining structures.
Stone-filled gabion units provide mass while the open mesh structure allows drainage through the wall, helping reduce water accumulation behind the structure.
The required gabion dimensions, wall geometry and foundation preparation should be determined according to the height, soil conditions and project design.
Gabions are commonly installed along riverbanks, channels and waterways to help control erosion and protect soil from flowing water.
Flexible hexagonal gabion systems are particularly suitable for projects where settlement or changes in ground conditions may occur.
Gabion boxes can be arranged along slopes, embankments and road construction areas to support soil stabilization and erosion-control systems.
Project design should consider slope geometry, drainage, soil conditions and expected environmental loads.
Gabions can be used in highway embankments, bridge approaches, drainage structures and other infrastructure projects.
Their modular format allows different configurations to be developed according to terrain and construction requirements.
Welded gabion baskets are also used for landscape walls, garden structures, decorative boundaries, benches and architectural features.
Stone type, mesh dimensions, basket size and surface finish can be selected according to both structural and visual requirements.
Modular filled barriers can be deployed for selected flood-control, temporary protection and emergency infrastructure applications.
The required barrier system should be selected according to the intended function, deployment conditions and project specifications.
Both types use wire mesh containers filled with stone, but their structures and applications differ.
| Feature | Hexagonal Gabion | Welded Gabion |
|---|---|---|
| Mesh Structure | Double-twisted woven wire | Welded wire panels |
| Flexibility | Higher flexibility | More rigid |
| Appearance | Traditional engineering appearance | Uniform and architectural |
| Common Applications | Riverbanks, slopes, hydraulic engineering | Landscaping, walls, architectural projects |
| Ground Movement Adaptability | Better suited to deformation | Better where dimensional rigidity is preferred |
| Customization | Mesh, wire, coating and dimensions | Mesh, wire, coating and dimensions |
The appropriate structure should be selected according to ground conditions, appearance requirements, installation method and project design.
First determine whether the gabion will be used for:
Retaining walls
Riverbank protection
Slope stabilization
Drainage structures
Landscaping
Road construction
Flood-control barriers
Different applications may require different gabion structures.
Hexagonal woven gabions are more flexible and are commonly used in hydraulic and geotechnical projects.
Welded gabions provide greater panel rigidity and are often selected for landscaping, architectural structures and projects where a uniform appearance is important.
The mesh opening should be compatible with the intended stone fill.
Fill material should be large enough to remain securely inside the gabion while providing suitable packing and drainage characteristics.
Wire diameter should be determined according to basket dimensions, installation environment, expected loads and project specifications.
A larger wire diameter should not automatically be selected without considering the complete gabion design.
Riverbanks, coastal areas, humid sites and other exposed environments may require enhanced corrosion protection.
Depending on the product, galvanized, zinc-aluminum or other coating options can be considered.
Length, width and height should correspond to retaining-wall geometry, site layout, transportation requirements and installation conditions.
Custom gabion dimensions can be produced according to project drawings.
Gabion panels or baskets need to be securely connected during installation.
Lacing wire, spirals, clips, diaphragms and other accessories should be selected according to the gabion structure and assembly method.
Junhe provides customized gabion solutions for civil engineering, hydraulic, landscape and infrastructure projects.
Customization may include:
Gabion dimensions
Wire diameter
Mesh opening
Galvanized or corrosion-resistant coatings
Internal diaphragms
Welded or woven mesh structure
Connection accessories
Packaging
Drawing-based production
Project-specific configurations
Through our OEM and ODM services, gabion products can be developed according to project drawings, specifications and application requirements.
For project inquiries, provide the gabion type, dimensions, mesh opening, wire diameter, coating requirement, quantity and intended application. Drawings are recommended for retaining-wall and other engineering projects.
Contact Junhe for customized gabion specifications and quotation support.
The terms are often used for similar stone-filled wire-mesh containers. “Gabion box” commonly refers to rectangular engineering units used for retaining walls and erosion control, while “gabion basket” can be used more broadly for both engineering and landscape structures.
Hexagonal gabions use double-twisted woven wire mesh and provide greater flexibility. Welded gabions use rigid welded panels and provide a more uniform shape and appearance.
Common applications include retaining walls, riverbank protection, erosion control, slope stabilization, road construction, landscaping and drainage-related engineering.
Yes. Gabion dimensions, wire diameter, mesh opening, coating and internal structure can be customized according to drawings and project requirements.
Provide the gabion type, length, width, height, wire diameter, mesh opening, coating requirement, quantity and intended application. Project drawings or site specifications are useful for customized engineering orders.
The appropriate coating depends on moisture, water exposure, soil conditions and expected service environment. Galvanized and zinc-aluminum coated wire are commonly considered for outdoor and hydraulic applications.
