Mechanically woven
Produced on hexagonal weaving machines for uniform mesh openings and consistent tensile strength.
For slope stabilization, rock-fall protection and erosion control. Double-twisted hexagonal wire mesh — commonly called gabion mesh — is the base fabric for every Terracare gabion product and is also supplied in rolls for slope drapery, rock-fall netting, soil nailing facings and surface erosion control.

Double-twisted hexagonal wire mesh — commonly called gabion mesh — is the base fabric for every Terracare gabion product and is also supplied in rolls for slope drapery, rock-fall netting, soil nailing facings and surface erosion control. The mesh is mechanically woven from galvanised or PVC-coated steel wire with every joint twisted twice, so damage stays local and the fabric keeps its strength.


Produced on hexagonal weaving machines for uniform mesh openings and consistent tensile strength.
A cut wire does not unravel — the defining property of double-twisted mesh versus chain-link or welded mesh.
Behaves as a continuous membrane that distributes point loads from falling rock.
Supplied in rolls up to 4 m wide; pinned or anchored to the slope with lacing wire or anchors.
Heavy galvanising, Zn-Al alloy or PVC coating to match the exposure class of the site.
Mesh geometry, wire tensile strength and coating mass tested to the Indian Standard.
Typical specifications. Wire diameters, mesh type, coating class and unit sizes are confirmed against your project specification and IS 16014:2024 at the time of order. Test certificates are supplied with each despatch.
Can't find what you're looking for? Our team is happy to talk through your project.
Talk to Our TeamGabion mesh is double-twisted hexagonal steel wire mesh — the woven wire fabric used to make gabion boxes, revet mattresses and rock-fall netting. Each joint is twisted twice so the mesh does not unravel when a wire is cut.
No. Chain-link is a single-twist diamond mesh mainly used for fencing. Double-twisted hexagonal gabion mesh has a double twist at every joint, which gives it the strength and non-ravelling behaviour needed for civil-engineering structures.
Yes. In rolls, it is draped over cut slopes and anchored at the crest so loose rock is guided safely to the toe. It is one of the most economical rock-fall mitigation systems for hill roads.
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