Triangle Brackets Supported Green Hexagonal Terramesh

Picture shows structure behind green terramesh, hexagonal wire mesh and fiber blanket lay on ground, hexagonal wire mesh, welded wire mesh, strut as supporting.
GHT-01: Hexagonal wire mesh, welded wire mesh, interlayer material, strut and other components together make this green hexagonal terramesh.

Green hexagonal terramesh is a transformative gabion basket. It has the same function as gabion basket and green gabion basket. It could be used for erosion control and vegetation for steep slopes besides road, residential areas and for rivers and streambanks and so on. That's because it could provide the same supporting force for soil and rocks, establish the same conditions for plant when it is used on slopes. It could slow the water speed and trap sediment when it is used near the river banks.

As an environmentally friendly modular system used to create vegetated faced soil reinforced slopes, green hexagonal terramesh has a more simpler structure. It consists of

  1. hexagonal wire mesh;
  2. coconut fiber blanket or hexagonal wire mesh;
  3. welded mesh panel;
  4. interlayering material;
  5. triangle bracket; and
  6. pre-formed steel strut.

The reinforced hexagonal wire mesh is pre-fabricated units of double twisted wire mesh with reinforced galvanized wires. The angled face and the erosion control blanket are designed to facilitate the establishment of the natural vegetation units. Welded wire mesh is used to stiffen the strength of the angled face. The triangle bracket and pre-formed steel strut are used to support the integral stability of this system. Steel wires used here is heavily galvanized steel wire or PVC coated wire mesh. The angle formed between the base panel and face panel could be 45° to 60°. All of these design makes the product a well-performed products for plants to grow and establish its roots system quickly and steadily.

Specification of green hexagonal terramesh:

  • Material: heavily galvanized hexagonal wire or PVC coated wire mesh.
  • Wire diameter (light type) (mm): 2.2 for inter diameter, 3.2 for external diameter after PVC coating.
  • Wire diameter (heavy type) (mm): 2.7 for inter diameter, 3.7 for external diameter after PVC coating.
  • Selvage wire diameter (mm):
    • 2.7 for inter diameter, 3.7 for external diameter after PVC coating; or
    • 3.4 for inter diameter, 4.4 for external diameter after PVC coating.
  • Mesh opening size: 8 × 10 cm.
  • Additional sizes may be available upon request.
This is a sketch map of green terramesh, which shows its component and specification.
GHT-02: Component material, length, width, height and gradient are all necessary when ordering.
Table 1: specification of green hexagonal terramesh used for soil and water situation
Length (m) Width (m) Heigth (m) / (slope angle)
Green hexagonal mesh Green hexagonal mesh (light type) 3 0.76 / (70°)
0.73 / (65°)
0.70 / (60°)
0.58 / (45°)
- 2.0
- 2.5
3.0 3.0
- 3.5
4.0 4.0
5.0 -
6.0 -
A worker is combining welded wire meshes of different terramesh panels into the an integral one.
GHT-03: Step 1: Fastening and combining green hexagonal terramesh.
Three workers are layering green terramesh onto ground, stabilize it by reinforcing wire and rings.
GHT-04: Step 2: Layering green terramesh onto the ground, and fastening it.
An array of green hexagonal terramesh is fixed, compactor is preparing to rolled fill.
GHT-05: Step 3: Filling soil behind the green terramesh.
A worker and a rolled car is compacting the filled soil.
GHT-06: Step 4: soil-compaction.
Two labours are overlapping another one onto the lower one green terramesh.
GHT-07: Step 5: Place the upper layer green hexagonal terramesh onto the lower one.
This picture shows the half-finished project of installing green terramesh on a hillside.
GHT-08: Step 6: Several levels of green terramesh is placed one upon another.
Green seeding has been sprayed onto the surface of green terramesh on a mountain.
GHT-09: Step 7: Bioengineering technique – hydroseeding.
A man is standing besides the plants thriving mountain.
GHT-10: Step 8: Watering and maintaining, waiting for vegetated mountain.
A worker who is standing on a white car is spraying seeding on to the surface of our green terramesh product.
GHT-11: Spraying seeding uniformly by spray gun is significantly important.
On the surface of the green terramesh, which is installed onto a slope, grass and moss have showed.
GHT-12: Moss and little grass have germinated from the coconut fiber blanket sandwiched green hexagonal terramesh.
Two inclined green terrameshes have been fixed onto a rather small slope.
GHT-13: Apply green hexagonal terramesh onto a small gradient terrain slope.
Plants have spread all over a three step-terrain slope.
GHT-14: The small terrain slope has bearing the plantings all over its surface.
Green terramesh is used on the circum of a pond in a three level form.
GHT-15: Apply hexagonal terramesh onto the circum of pond, but without using vegetation technique.
Besides a river, fiber blanket and hexagonal wire mesh made trellis develop a vegetated slope.
GHT-16: Apply green hexagonal terramesh onto the slope besides a river, plants have come into being.
Down the path from a villa, four levels green terramesh is held up.
GHT-17: Erecting green terramesh on the slope around residential area.
An artificial arch shaped slop made of green terramesh have small grass showed.
GHT-18: Build an artificial slope on the front to a culvert.


  • The unit is simply erected on site, the bracing angles support the face at the designated angle without the need for any external formwork or shuttering.
  • For it is simple in structure therefore even non-experienced labours are able to settle it rapidly.
  • Compared with gabion basket and trapezoidal gabion basket, it is material-saving, therefore it is cost-saving.
  • The quality green hexagonal terramesh and accessories we provide are durable even in hard environments.

Products suitable for green hexagonal terramesh unit:

The coconut fiber blanket could be other bio-degradable or synthetic blanket as long as it is ventilate for plants and fine enough to prevent soil loss. Therefore, our company provides your several kinds of blanket as following. Nylon netting, plastic mesh, fiberglass mesh and other woven mesh are all suitable. But it should be chose according to the situation to apply: earth or water situation. Geotextile and geogrid could be used as soil and rock reinforcement product to substitute the green hexagonal mesh base.

Small grass have germinated through the surface of the coconut fiber blanket.
GHT-19: Material between the welded wire mesh and hexagonal wire mesh is coconut fiber blanket.
Green hexagonal terramesh has made a two-faced slope, on the front face and right side face.
GHT-20: Sandwich material could be white nylon netting.
Behind the green terramesh, we see the strut used for supporting, hexagonal wire mesh used as soil reinforcement, three dimentional wire mesh as interlaying material.
GHT-21: Three dimentional wire mesh is used as interlaying material.
The right and upper part of slope shows a black interlayering green terramesh, the left and lower part shows a small slope with plats and trees.
GHT-22: Black nylon netting is used as interlayering material.
This picture shows an array of green terramesh which is standing on the ground, without proceeding soil filling.
GHT-23: Hexagonal wire mesh is used as soil reinforcement material.
Behind the green terramesh, black geogrid is paved onto the ground.
GHT-24: Geogrid is used as soil reinforcement material.

Bioengineering techniques:

Adaptive bioengineering techniques includes hydroseeding (for coconut fiber basket), live staking (for geotextile interlayering material).

A worker is spraying seeding onto the surface of the green terramesh which is fixed on a slope.
GHT-25: Directly spraying seeding onto the green hexagonal terramesh.
On a rock filled slope, timber twigs have germinated from the holes of fiber blamket.
GHT-26: Cuttage – make holes so that little branches could get through from the fiber blanket.


Put the green hexagonal mesh on a hard and flat surface and extend it, walking along the folds so that they could be removed. Layering the green hexagonal mesh on the level, support the front face to the designed angle. Place the structural backfill (triangle bracket and pre-formed steel strut) upon the soil reinforcement hexagonal wire mesh panel or geogrid. And qualify soil should be immediately filled into behind the front face. To press the soil as compressed as possible by machine. Joint a upper layer green hexagonal terramesh upon the lower one along the top horizontal line after this lower layer has been securely mounted.


  • Green hexagonal gabion is folded, and then bundled by iron wire and then compress the goods into the container so makes sure that they are fastened tightly and won't get lost.
  • Lacing wire used to joint side panels is supplied in coils.
  • Ring fasteners used to fasten hexagonal wire mesh panels are packed in boxes.

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