Iron Steel Wire Gabion Wall Cages Erosion Control River
Hex Gabion Wire Mesh Gabion Baskets Stone Boxes is Woven by Machine used Low carbon Steel Wire, which is High corrosion resistance, high strength,and ductile. This kind of Gabion Wire Mesh also can make into Cage called Gabion Mesh Box Cage.According to ASTM and EN Standard, The Wire Diameter can be 2.0mm-4.0mm, The T/S not less than 38 kg/M2. The Zinc Coating is Higher than 245 g/M2. The Edge Wire Diameter is thicker than Wire Mesh Diameter, The Length of Twist part is not less than 50mm, to protect Zinc Coating or PVC Coating.
Gabion mesh/ gabion box material:
(1) Galvanized steel wire: diameter 2.0MM-4.0MM, tensile strength >380Mpa, zinc :240g / m2.
(2) Zinc 5% Aluminum - wire diameter 1.0MM-3.0MM, tensile strength >380Mpa.
(3) coated galvanized steel wire: low carbon steel wire PVC coated.
(4) Woven Mesh Opening: Hexagonal Wire Pattern 60*80mm, 80*100mm,100*120mm,
(5) Size: 1*1*1m,2*1*1m, 4*1*1x2m, other size can be produced as requested
Specification Sheet of Hex Gabion Wire Mesh Gabion Baskets Stone Boxes :
Wire Diameter | Mesh Hole | Size of Box Cage |
2.0mm-4.0mm | 60 * 80 mm | 2M * 1M * 1M |
80 * 100 mm | ||
80 * 120 mm | ||
100 *120 mm | ||
120 * 150mm | ||
90 * 110 mm | ||
Surface Treatment: Galvanized, Hot Dipped Galvanized,Galfan Coated, PVC Coated |
PS: People often use Hot Dipped Galvanized, Or Galfan Coated Gabion Wire Mesh, The using life can be 20 years, it is more suitable.
Production Process of Hex Gabion Wire Mesh Gabion Baskets Stone Boxes :
Raw Materials (Wire Rod) - Cold drawn / Galvanized / PVC Coated - Machine Weaving - Artificial Shear, Assembly - Product Inspection - Packaging and Transport
Gabion basket 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
Advantages:
The construction combination and stone filling steps can be summarized as follows:
The construction combination and stone filling steps can be summarized as follows: Each unit structure is combined before placement The structure of the pad combination is placed at the construction site, and the cell structures are connected by tie wire. Rock fill in structure Cover the structure and fasten it with tie wire.
After being made into a box-shaped container, the net cage is filled with riprap and the like, which can be used for protecting and supporting seawalls, hillsides, roads and bridges, reservoirs and other civil engineering projects, and is a good material for flood control and flood fighting.