2.2mm Lacing Wire Gabion Mesh Pallet Packing 80 X 100mm For River Construction

2.2mm Lacing Wire Pallet Packing 80 x 100mm Gabion Mesh for River Construction

Gabion Mesh Introduction:

Gabion Wire Mesh are wire mesh boxes, containers or baskets filled with rock to prevent soil erosion and to retain/contain soil particles. Flat Gabions, called River or es, are widely used in river courses where soil erosion is a problem over a large flat or sloped area in need of protection against soil loss or scour. They are used mostly in the civil engineering industry, especially in the construction of roadway drainage structures. Recently however, due to the environmental benefits associated with gabions, they are being used in many various applications and industries.

Gabion Mesh Specification:

Gabion Mesh Standard:
Heavily zinc-coated steel wire conforming to ASTM A 641, Class 3 coating, soft temper;
Zn-5Al-MM-Coated steel wire conforming to ASTM A 856/856M, Class 3, soft temper;
The same type of metallic-coated steel wire as above, but with an additional PVC coating extruded onto the metallic-coated steel wire;
l Aluminum-coated steel wire conforming to ASTM A 809, soft temper;
The most popular wire diameter for gabion baskets is 2.7mm, 2.2mm for revet mattress.

Weaving:
a nonraveling mesh made by twisting continuous pairs of wires through three one-half turns(commonly called double-twisted) to form hexagonal-shaped openings which are then interconnected to adjacent wires to for hexagonal openings. The most popular mesh opening for gabion baskets is 80x100mm size, 60x80mm for revet mattress. During the process, a terminal wire will be used to edge the wire mesh perpendicular to the double twist by mechanically wrapping the mesh wires around it at least 2.5 times or by inserting it throughout the twists and folding one mesh length. We always use 3.4mm wire for gabion baskets, 2.7mm wire revet mattress.
 

Gabion Mesh Application:

• Control and guide of water or flood

• Flood bank or guiding bank

• Preventing of rock breaking

• Water and soil protection

• Bridge protection

• Strengthening structure of soil

• Protection engineering of seaside area

• stabilization of earth movement and erosion

• canal refurbishment

• landscaping and retaining walls.