Gabion System

Double-Twist Woven Gabion Baskets

A woven gabion is a flexible double-twist wire-mesh container. Unlike welded gabion, it can tolerate local deformation, making it suitable for riverbanks, revetments and ground that may settle.

Product overview

How to Specify Woven Gabion

Choose welded or double-twist mesh by deformation, finish, terrain and assembly method, then confirm basket, joining and coating.

What it is

Woven gabions use double-twist hexagonal wire mesh, selvedge wire, diaphragms and lacing wire to form flexible stone-filled structures.

Common applications

  • Retaining walls
  • Riverbank protection
  • Erosion control
  • Channel and slope stabilization

Details to confirm

  1. Retaining, erosion control or landscape use?
  2. Welded or double-twist mesh?
  3. Basket, opening, wire and diaphragms?
  4. Coating, joining and quantity?

For quotation comparison: Civil design, fill stone and foundation belong to the project; a basket quotation does not replace engineering design.

Specifications

Woven Gabion Specifications

A common system uses 80 × 100 mm double-twist mesh, approximately 2.7 mm mesh wire, heavier selvedge wire and modular baskets with internal diaphragms.

Buying specificationCommon optionsState in RFQ / drawing
Basket schedule Double-twist boxes or mattresses arranged to the approved layout Unit dimensions, count, diaphragms and location marks
Double-twist mesh Hexagonal woven mesh selected for unit geometry and project input Opening designation, twist construction and tolerance
Mesh, selvedge and lacing wire Body, edge and assembly wires may have different roles Nominal wire for each role and approved substitution rule
Coating and polymer layer Metallic and optional polymer protection selected for exposure Coating system, polymer requirement and test basis
Diaphragms and lacing Internal cells and assembly method follow the unit schedule Diaphragm spacing, lacing/fastener type and quantity
Fill and site design Stone grading, base, drainage and stability remain project inputs Approved fill, foundation, drainage, geotextile and engineering responsibility
Baling and labels Folded units and assembly wire packed by size or wall section Units per bale, lacing quantity, marks and destination

Reference basis: ASTM A975 — double-twisted hexagonal mesh gabions · ASTM D7014 — assembly and placement practice

Confirm in the RFQ: Mesh type, mesh/selvedge/lacing wire, coating style, basket, diaphragms, fasteners, stone and installation design.

System and options

Components, Finish and Applications

Applications

  • Highway & Infrastructure

Matching components

  • Lacing wire
  • Diaphragms
  • Connecting rings
  • Geotextile separator
  • Mattress lids
  • Reinforcement panels

Finish and packing

Finish
Galvanized, zinc-aluminum coated or polymer-coated wire
System support
Lacing wire, diaphragms and selvedge wire; no conventional post
Export packing
Baskets are compressed and bundled flat with diaphragms and lacing materials listed by unit size.

Packing and RFQ

Prepare a Comparable Quotation

Export packing

Baskets are compressed and bundled flat with diaphragms and lacing materials listed by unit size.

Quotation inputs

  • Product type: Woven Gabion
  • Required dimensions: 0.5 m or 1.0 m common basket heights, plus width, length or module size where applicable
  • Wire diameter / structure: 2.2–3.4 mm mesh, lacing and selvedge wire options
  • Mesh opening: 60 × 80 mm or 80 × 100 mm double-twist hexagonal mesh
  • Material, surface treatment or finish: Galvanized, zinc-aluminum coated or polymer-coated wire
  • Support, connection and accessory requirement: Lacing wire, diaphragms and selvedge wire; no conventional post
  • Quantity, destination country or port, and target delivery schedule

Project quotation

Ready to confirm the specification and price?

Send the required specification, quantity and destination. We will review the complete system and packing before quotation.

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