Home Products Welded Mesh Gabion

Galvanized Welded Mesh Gabion Heavy Duty Retaining Wall Cage for Erosion Control

All Products

Gabion Baskets (41)

Gabion Wall (41)

Gabion Retaining Wall (30)

Padel Court (25)

Padel Tennis Court (10)

Gabion Mesh Cage (33)

Gabion Fence (21)

Gabion Box (34)

Gabion Mattresses (19)

Gabion Wire Mesh (37)

Gabion Planters (20)

Welded Mesh Gabion (20)

Rock Netting Slope Protection (7)

China Hebei KN Wire Mesh Co., Ltd. certification

I'm Online Chat Now

Chat Now

Galvanized Welded Mesh Gabion Heavy Duty Retaining Wall Cage for Erosion Control

Large Image : Galvanized Welded Mesh Gabion Heavy Duty Retaining Wall Cage for Erosion Control

Product Details:

Place of Origin:	CHIAN
Brand Name:	KN
Certification:	ISO, CE, COC, CO
Model Number:	KN211

Payment & Shipping Terms:

Minimum Order Quantity:	1000
Price:	Negotiate
Packaging Details:	pallaet
Delivery Time:	5-8 working days
Payment Terms:	T/T,Western Union
Supply Ability:	30000 square meter per 7 days

Contact Now Chat Now

Detailed Product Description

Material:	Hot Dipped Galvanized Wire, Galfan Wire, Zinc Coated Wire	Mesh Hole:	55cm, 1010cm, 5*10cm
Size:	111m, 211m, 311m, 411m ,511m, 611m	Border Wire:	From 2mm To 6mm
Package:	In Bundle, Or In Pallet	Sample:	Free
Mesh Wire:	From 2.2mm To 6mm	Production Time:	7 Days For 1/40HQ
Key Words:	Gabion Basket, Gabion Box, Gabion Cage	Usage:	Retaining Wall, Flood Control, Slope Protection
Highlight:	galvanized welded mesh gabion cage , heavy duty retaining wall gabion , erosion control welded mesh gabion

Galvanized Welded Mesh Gabion Heavy Duty Retaining Wall Cage for Erosion Control

Our Heavy Duty Galvanized Welded Mesh Gabion Cages are engineered specifically for large-scale erosion control, riverbank stabilization, and structural retaining wall projects. Manufactured in our state-of-the-art facility using high-tensile carbon steel wire, these rigid gabion structures offer superior alignment and structural integrity compared to traditional woven wire baskets.

For civil engineers, site managers, and global procurement officers, our factory provides precision-welded, highly zinc-coated gabions that dramatically reduce on-site installation time while guaranteeing long-term resistance against soil shifts, hydrological pressure, and severe environmental weathering.

Technical Specifications: Factory Standard & Customization

Parameter	Technical Grade & Standards
Material Base	Premium low-carbon structural steel wire (Grade Q195/Q235)
Tensile Strength	380 N/mm² to 550 N/mm² (Ensures high resistance to lateral rock pressure)
Welding Strength	Meets or exceeds ASTM A1064 standards (No joint separation under load)
Zinc Coating Weight	Regular: 60-90 g/m² Heavy Duty Hot-Dipped: 240-300 g/m² (En 10244-2 Standard) Galfan Coating: Zinc-5% Aluminum-Mixed Rare Earth Alloy
Wire Diameter	3.5 mm, 4.0 mm, 4.5 mm, 5.0 mm, 6.0 mm (Heavy duty industrial gauge)
Mesh Aperture (Grid)	50 × 50 mm, 75 × 75 mm, 100 × 100 mm, 50 × 100 mm
Diaphragm Type	Securely welded partition walls every 1 meter (Prevents aggregate migration)

Engineering & Construction Advantages

Rapid On-Site Assembly & Labour Cost Reduction

Unlike flimsy woven mesh that requires stretching frames, our heavy-duty welded panels are inherently rigid. They stand up independently during setup. Supplied with heavy-gauge spiral binders, interlocking pins, or C-rings, field workers can link adjacent cages in seconds. This structural predictability slashes labor hours on site by up to 40%.

Anti-Bulging Integrity & Shape Retention

Erosion control walls bear immense structural weight. Our gabion cages feature precision resistance-welding at every single intersection. Combined with our factory-supplied internal stiffeners (tie back hooks), these baskets maintain their flat, clean vertical faces without bowing, bulging, or tilting after heavy rock filling.

Superior Hydrostatic Pressure Relief

Trapped water is the primary cause of retaining wall failure. The high-porosity matrix of our stone-filled gabions allows natural groundwater and river surges to drain freely. This completely eliminates dangerous hydrostatic pressure buildup behind the structure while protecting natural riverbank ecosystems.

Industrial Galvanization for Extreme Soil Conditions

Whether deployed in acidic soils, coastal saltwater environments, or constant river currents, our heavy-duty zinc and Galfan coatings provide deep sacrificial corrosion protection. This multi-layered defense mechanism ensures a structural design life exceeding 50+ years.

Heavy-Duty Civil Engineering Applications (H2)

Riverbank Stabilization & Channel Linings: Preventing high-velocity water currents from scouring embankments.
Mass Gravity Retaining Walls: Stabilizing steep highway slopes, railway cuttings, and commercial building foundations.
Culvert Protection & Bridge Abutments: Reinforcing critical infrastructure zones against localized erosion and flash flooding.
Culprit Soil Bio-engineering: Serving as a porous, structural foundation that allows natural vegetation roots to bind over time.

Factory Construction Guide: Step-by-Step Field Installation (H2)

Foundation Groundwork: Excavate and level the foundation bed according to engineering plans. Compact the sub-grade soil. Lay down a layer of non-woven geotextile fabric to prevent fine soil particles from washing through the rock fill.
Cage Deployment: Unpack the flat-packed gabion modules. Erect the vertical panels (front, back, ends, and internal diaphragms).
Corner Interlocking: Thread the heavy-duty spiral binders down the corner junctions. Ensure the helical wire loops grab both mesh panels securely, then crimp the ends to lock them in place.
Mechanical Rock Filling: Fill the cage in 1/3 increments using hard, durable, well-graded rocks (typically 75mm–150mm sizes).
Stiffener Insertion: At each 1/3 fill level, install internal tie-wire stiffeners horizontally across the mesh cells. This step is mandatory to tie the front and back faces together against aggregate pressure.
Lid Securing: Overfill the final layer by 2-3 cm to account for natural settlement. Pull the lid down tight using alignment tools, and bind all edge seams with spiral wires or heavy-duty C-clips.