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High Tensile Slope Protection Gabion Rockfall Netting

  • Inchalam Mesh
  • High Tensile Steel Wire Mesh
  • High Capacity Steel Mesh
  • Rock Fall Safety Net
  • High Tensile Rockfall Mesh
  • High Tensile Steel Mesh For Slope Protection
  • Rockfall Protection Wire Mesh
  • Initiative Protective Systems Wire Mesh
  • High Tensile Rockfall Wire Mesh
  • High Tensile Rockfall Netting
  • Tecco wire mesh used for slope protection
  • Tecco High Tensile Mesh
  • High Tensile Steel Rockfall Mesh
  • Rock Netting
  • High Tensile Rock Mesh
  • Rocknetting
  • High Tensile Rocknetting
  • Slope Protection Netting
  • Side Slope Protection Net
  • Rockslide Protection Netting
  • Slope Protection Netting
  • High Tensile Rock Mesh
  • Slope Stabilization Mesh System
  • Anchored Wire Mesh
  • Anchored Mesh
  • High Tensile Active Wire Mesh
  • High Tensile Steel Wire Mesh
  • High Tensile Rockfall Mesh
  • 3.5‘’*3.5‘’ High Tensile Wire Mesh
  • Hexagonal Steelgrid
  • High Tensile Slope Protection Gabion Rockfall Netting
Product Description

High Tensile Slope Protection Gabion Rockfall Netting

High Tensile Slope Protection Gabion Rockfall Netting with double twisted structure, is an important rockfall barrier to blanket rocky surfaces, particularly along roads to prevent rocks from falling onto the driving surface. Hexagonal wire mesh, as its name says, a type of wire mesh rolls with twisted hexagonal meshes.

1. Double twisted structure.
Steel wire mesh can withstand the punching force of falling rocks and without unraveling in the event of wire breakage.
2.High quality steel wire.
Heavy zinc coating supplies excellent and long term corrosion and rust resistance. Additional, the PVC coating make the hex. Wire mesh to be used in more aggressive environments and longer service life.
3.Sewing rope and connection clips.
Two neighbour hexagonal wire meshes are connected with sewing ropes and connection clips. This can make full use of hexagonal wire meshes without overlapping. Additional, it can prevent leakage or breakage when the high impact attacks.
4.Boundary rope and wire rope anchors.
These enclose the hexagonal wire mesh onto top and foot of mountains for durability and stability.
5.Firm prestressed anchors.
The prestressed anchors can fasten the hexagonal wire mesh firmly onto mountains, even onto the uneven mountain surface. Additional, it can bear the heavy loads of falling rocks to improve the blocking efficiency.

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