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Rockfall Barriers – Hot-Dipped, Galfan & PVC Coated Hexagonal Wire Mesh

Rockfall barrier is a rockfall protection system which is used to prevent rocks falling down to the road to protect pedestrians and vehicles from danger. Hexagonal wire meshes are double twisted and the edge of the mesh is reinforced by a thicker wire – selvedge wire. It can be used individually or combined with other meshes as active rockfall barrier. Fastened by anchors, bolts and steel cables, hexagonal wire mesh is strong and firm enough to block the rocks or debris and minimize the damage of natural disasters.

  • Galvanized or galfan steel wires.
  • Ideal for both construction engineering and architectural decorations.
  • Special discount for large orders.
  • Project reference can be supplied for your bid.
  • ISO Certificated factory.
  • SGS Test Report can be provided.
  • CAD or 3D drawing can be supplied for your design and construction.
  • Gabion walls can be used combined at the foot of maintain.

Technical Data Installation Guide

Hexagonal wire rope net covers a hill on a slope.

Available types

Tecco mesh covers a high mountain.

RB-02: Tecco mesh used to prevent rocks falling.

Spider spiral rope mesh covers a high mountain.

RB-03: Spider spiral rope mesh for rock protection.

Wire rope net covers a high mountain.

RB-04: Wire rope net used for rock protection.



  • Material: hot-dipped, galfan and PVC coated steel wire.
  • Wire diameter: 2.7 mm, 3.0 mm.
  • Mesh size: 60 mm × 80 mm, 80 mm × 100 mm.
  • Zinc coating weight: ≥ 260 g/m2.
  • Mesh roll width: 0.8/1.0/1.2/1.5 m, etc.
  • Mesh roll length: 50 m, 100 m.
  • Packaging: the hexagonal wire mesh can be packed in bulk or be packed into pallet. (bulk package is economical and pallet package can supply better protection)




  • High tensile strength.

    Hexagonal wire mesh is double twisted structure which makes it can withstand the impulsive force of falling rocks and without unraveling in the event of wire breakage.

  • Corrosion and rust resistance.

    Heavy zinc coating supplies excellent and long term corrosion and rust resistance. Additional, the PVC coating makes the hexagonal wire mesh be used in more aggressive environments and longer service life.

  • High durability & stability.

    Boundary rope and wire rope anchors can enclose the hexagonal wire mesh onto top and foot of mountains for durability and stability.

  • Improve firmness.

    We use prestressed anchors to fasten the hexagonal wire mesh firmly onto mountains, even onto the uneven mountain surface to improve firmness.

Hexagonal wire rope net is anchored by prestressed anchors on a mountain.

RB-05: Slope protection with prestressed anchor to improve firmness.

 Hexagonal wire meshes are connected together by rope and clips on a mountain.

RB-06: Rock barrier is connected by sewing rope and clips for full use and anti-breakage.

Hexagonal wire rope net covers the hill with boundary rope on a mountain.

RB-07: Rock barrier with boundary rope to fix wire meshes onto mountain top and foot.

A hill is covered by hexagonal wire mesh anchored on the hill.

RB-08: Rock barrier anchored by rope anchor for stability and durability.



  • Roadside.
  • Tunnel construction.
  • Soil slope protection.
  • Private areas.
  • Highway construction.
  • Coastal protection.
A red car is moving at the foot of a mountain which is protected by hexagonal wire mesh.

RB-09: Road side.

A hill is covered by hexagonal wire mesh anchored on the hill.

RB-10: Soil slope protection.

A hill is covered by hexagonal wire mesh anchored on the hill.

RB-11: Coastal protection.

A hill is covered by hexagonal wire mesh anchored on the hill.

RB-12: Highway construction.