Gabion Mesh Retaining Wall
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Gabion Mesh Retaining Wall

Gabion Mesh Retaining Wall

Flexible structure, no cracking under ±5% settlement
Permeable without holes, allowing grass to grow naturally in the gaps between stones
Fast construction, cost savings of 20-30%
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Description

Gabion retaining wall is a flexible retaining structure composed of high-strength metal wire woven mesh boxes filled with stones. It has the characteristics of structural stability, strong erosion resistance, environmental protection, simple construction and economical and practical application. It is widely used in river management, slope protection, dam construction and landscape engineering.

 

Core Advantages

 

 

Stable Structure

The double-twisted hexagonal mesh structure gives the entire mesh a tensile strength ≥35kN/m. After filling with stones, it forms a gravity-type integral load-bearing system, capable of withstanding soil and water pressure, suitable for retaining walls up to 3 meters in height.

01

Erosion Resistance

The densely packed stone filling layer can resist erosion from water flows ≤5m/s; the gaps between the boxes allow water exchange, reducing direct impact on the wall, suitable for high-velocity areas such as rivers and spillways.

02

Rapid construction

The mesh is prefabricated in the factory, folded and assembled on-site, and filled with stones; no concrete curing is required. For retaining walls of the same volume, the construction period is reduced by more than half compared to concrete structures, and labor costs are reduced by approximately 30%.

03

High Cost-Effectiveness

The main materials are steel wire and stone, with an overall cost only 70%-80% of that of a concrete retaining wall of the same height; effective anti-corrosion treatment results in extremely low maintenance costs.

04

 

Comparison

 

Comparison Items Gabion Mesh Retaining Wall Masonry retaining wall Concrete retaining wall

Foundation adaptability

 

Excellent (±5% settlement)

 

Poor quality (prone to cracking)

 

Generally (seam required)

 

Drainage system

 

No settings required

 

Drainage holes need to be installed

 

Drainage holes need to be installed

 

Construction machinery

 

Manual labor + small forklift

 

Mortar mixer required

 

Concrete pump truck required

 

Winter construction

 

Can be performed

 

Needs protection from freezing

 

Generally not advisable

 

Dismantling and Recycling

 

Steel wire is recyclable

 

Waste residue is difficult to handle

 

High crushing costs

 

Plant growth

 

Naturally growing grass

 

None

 

None

 

Comprehensive cost

 

Benchmark

 

10-20% higher

 

20-30% higher

 

 

Installation Notes

 

Place the baskets on a level, compacted foundation with the required filter layer or geotextile behind the structure. Connect adjacent panels before filling, install diaphragms and internal ties at the specified positions, and place stone in controlled lifts to avoid excessive face deformation. The exposed face should be hand-packed with selected stone, while the interior can be filled with properly graded rock that meets the project specification.

 

*The final basket dimensions, mesh opening, wire diameter, coating mass, connector type, and stone grading should be confirmed against the engineer's drawings and the applicable ASTM or EN requirements.

 

Maintenance and Inspection

 

Daily Inspection: Before and after the annual flood season, check the wall surface for stone loss, mesh corrosion, and localized bulging.

Simple Repair: For small areas of stone loss, directly fill with stones of the same size; for damaged mesh, patch and cover with mesh of the same material.

Rust Treatment: For localized galvanized layer peeling, spray with zinc-rich primer; for large-area rust, the mesh needs to be replaced, free of charge within the warranty period.

 

Company Advantages

 

Production Capacity

Daily capacity of 100,000 square meters, annual capacity exceeding 5 million square meters, equipped with fully automated weaving lines and anti-corrosion production lines, capable of stably undertaking large international orders.

 

Quality Control

Eight quality inspection processes covering raw materials to finished products, each batch accompanied by spectral analysis, zinc layer thickness measurement, whole mesh tensile testing, and salt spray reports, supporting SGS/BV on-site inspection.

 

Certifications

Certified by ISO 9001, ISO 14001, and CE; products comply with international standards such as ASTM A975 and EN 10223-3.We can also provide material, coating, and dimensional inspection records upon request.

 

Global Achievements

Products exported to over 30 countries, used in landmark projects such as the Dubai artificial islands, Mekong River flood control, and Red Sea coastline protection. After-sales guarantee: Ten-year warranty, on-site technical guidance, multilingual installation materials, and old mesh recycling service.

 

 

product-800-450
product-800-450
product-800-450
FAQ

Q: Can Gabion Mesh Retaining Walls be built in riverbeds? Are special foundations required?

A: Yes. During underwater construction, first fill with crushed stone to level the surface, then place empty mesh cages directly, sinking them as stones are added. The foundation only requires clearing silt and backfilling with crushed stone; no cofferdam or dewatering is needed.

Q: How long do Gabion Mesh Retaining Walls last, and how do I choose between Hot-Dip Galvanized, Galfan, and PVC coatings?

A: Hot-Dip Galvanized: Suitable for ordinary freshwater environments in inland areas, with a service life of approximately 20–25 years.

Galfan (Zn-5%Al / Zn-10%Al Alloy): Offers excellent corrosion resistance, suitable for high humidity, acid rain, and highly corrosive environments, with a service life of up to 40–50 years.

PVC/PE Coating: Specifically designed for marine seawater, high-salinity and alkaline soils, and highly acidic or alkaline soils. An additional polymer protective film is added to the galvanized/galfan coating, extending the service life to over 50 years.

Q: Does the packaging meet the requirements for rust prevention during sea transport when exporting the product?

A: Yes. After compression and bundling, an anti-rust film is wrapped around the outer layer, corner protectors are added to the four corners, and steel straps are used for reinforcement. For transport in salt spray environments, desiccants can be added or vacuum packaging can be used.

 

 

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