2x2 inch ,3.0mm Wire Thickness Galvanized Welded Wire Mesh Gabion Box Sold Well In Middle East Product Description Ap

2x2 inch ,3.0mm Wire Thickness Galvanized Welded Wire Mesh Gabion Box Sold Well In Middle East

Product Description

Application:

Material: Low-Carbon Iron Wire,Galvanized Iron Wire

Wire Diameter: 3-6 mm,such as 3.5 mm,4 mm,5 mm,6 mm

Zinc Coated: 200-300 g/㎡

Surface Treatment: hot dip galvanzed after welded

Stiffener length: 300 mm

Spiral Binder wire diameter: 3.7 mm etc.

Mesh Hole: 5 x 5 cm,5 x 10 cm,7.5 x 7.5 cm,10 x 10 cm,10 x 20 cm

Box Size : 2 x 1 x 1 m, 2 x 1 x 0.5 m, 1 x 1 x 1 m, 1 x 1 x 0.5 m, 1 x 0.5 x 0.5 m, 0.3 x 0.3 x 0.3 m, as your

request.

Product Specification List

1) Foundation preparation

The foundation on which the gabions are to be placed shall be cut or filled and graded as required.

Surface irregularities, loose material, vegetation, and all foreign matter shall be removed from foundation

surface area. Extra care should be taken with foundation preparations in order to ensure a level and

smooth surface.

2) Assembly

Rotate the gabion panels into position and join the vertical edges with fasteners for gabion assembly.

Where spiral fasteners are used, crimp the ends to secure the spirals in place. Where C ring type

alternate fasteners are used for basket assembly, install the fasteners at a maximum spacing of 150 mm.

Use the same fastening procedures to install interior diaphragms where they are required. Interior

diaphragms will be required where any inside dimension exceeds 1m for gabion baskets. Diaphragms will

be installed to assure that no open intervals are present that exceeds 1m.

3) Placement

Place the empty gabions on the foundation and interconnect the adjacent gabions along the top, bottom

, and vertical edges using spirals or C rings.

4)Modular Assembly

Gabion cages can be built in a modular method by eliminating an end panel for each cage so no two

panels need be connected together. The same method may also be used for successive courses including

lid and base panels. Interconnect each layer of gabions to the underlying layer of gabions along the front,

back, and sides.

5) Filling

Staking of the gabions may be done to maintain the established proper alignment prior to the placement of

rock. Connecting lacing wire and other fasteners shall be attached during the filling operation to preserve

the strength and shape of the structure.

Internal connecting cross-tile (stiffener) wires shall be placed in each unrestrained gabion cell, including

gabion cells left temporarily unrestrained. In welded mesh gabions these crossties or stiffeners will be

placed across the corners of the gabions providing diagonal bracing. Lacing wire or preformed wire

stiffeners may be used.

The gabions shall be carefully filled with rock, ensuring alignment, avoiding bulges, and providing a

compact mass that minimizes voids.

The last layer of rock shall be uniformly leveled to the top edges of the gabions. Lids shall be placed over

the rock filling using only approved lid closing tools as necessary. The use of crowbars or other single

point leverage bars for lid closing is prohibited due to the potential for damage to the baskets. The gabion

lid shall then be secured to the sides, ends, and diaphragms with spiral binders, approved alternate

fasteners, or lacing wire wrapped with alternating single and double halfhitches in the mesh openings.

6)Gabion Featured

• Aesthetics: Gabions look natural and can tie a house to the landscape by using filler materials excavated from the site or the local terrain.
• Environmental friendliness: When onsite material is used as filler, transportation costs and associated fuel consumption are eliminated.
• Sustainability: Used as shade screens in hot climates, gabion walls provide passive cooling; they allow air to move through, providing ventilation.
• Permeability: Gabions are permeable and free-draining; they can't be washed away by moving water.
• Easy installation and built-in strength: The stone fill settles to the contours of the ground beneath it and has such frictional strength that no foundation is required. In fact, the wall's strength and effectiveness may increase with time, as silt and vegetation fill the voids and reinforce the structure.
• Another advantage over more rigid structures: Gabions can conform to ground movement.