Gabion Mesh

详情

Brief introduction
Gabion box consists of rectangular units, fabricated from a double twisted hexagonal mesh
Filled with stones, gabions become large, flexible and permeable elements from which a broad range of structures may be built 
Gabion box are divided into cells with diaphragms (usually spaced at 1 meter or 3intervals), whose function is to reinforce the structure
Mesh (except for the diaphragms) is reinforced on all edges with wires of a larger diameter to strengthen the gabions and facilitate the assembly and installation
Name:
Gabion box, other name: gabion, gabion baskets, gabion wall, garden fence, gabion duvar, 
hexagonal wire mesh for garden use, hexagonal mesh gabion baskets for river bank use
Notes: 
1. Lacing and bracing wire is the wire used to assemble and join the gabion units
2. Connecting wires are the internal wires used to prevent the gabions from bulging during filling
3. On the hexagonal, double-twisted wire mesh opening shall not exceed ±*0% on the nominal dimension
4. In order to strengthen the box, all the edges of structure selvedged with wire of greater diameter
5. Gabion box are supplied in various lengths, widths and heights
Galvanized gabion box
Hexagonal galvanized gabion box material:
1) Galvanized steel wire: diameter 2.**4.0mm, tensile strength >**0Mpa, zinc: **0g/m2
2) Zinc 5% Aluminum wire: diameter 1.0mm*3.0mm, tensile strength >**0Mpa
3) Coated galvanized steel wire: low carbon steel wire, PVC coated
Surface treatment:
Electric galvanized before or after weaving
Hot dipped galvanized before or after weaving
Specification of  Galvanized gabion box 
Galvanized hexagonal wire netting gabion box
Opening (mm)
Wire diameter (mm)
*0x**2.**2.8
*0x***2.**3.2
*0x***2.**3.2
**0x***2.**3.4
**0x***2.**3.4
**0x***2.0x4.0
Size 
1x1x0.3/ 1x1x0.5
2x1x0.3/ 2x1x0.5
2x1x1/ 4x2x1
6x2x0.3/6x2x1
As your request
PVC coated gabion box
Specification of PVC coated gabion box
Hexagonal wire netting gabion box
Opening
Wire diameter (metal wire)
Wire diameter (PVC coated)
Inner/outside strands
*0x*0f/2.**2.8f/2.0/3.**2