Airport Fence
School Fence iconSchool Fence
Sports Fence iconSports Fence
Residential Fence iconResidential Fence
Park & Garden Fence iconPark & Garden Fence
Industrial Fence iconIndustrial Fence
Partition Fence iconPartition Fence
Power Fence iconPower Fence
Oil & Gas Field Fence iconOil & Gas Field Fence
Railway Fence iconRailway Fence
Military Fence iconMilitary Fence
Prison Fence iconPrison Fence
Agricultural Fence iconAgricultural Fence
Construction Fence iconConstruction Fence
Crowd Barrier iconCrowd Barrier
grid structure
An important component of Welded Gabion mesh is the grid structure. The mesh is welded from high-strength steel wires to form a strong, stable mesh frame. These welded wires join at intersections to form hexagonal grid cells. The design and welding technology of the grid ensures the strength and stability of the gabion mesh, making it able to withstand greater pressure and weight.
borders and borderlines
Welded Gabion nets also include frame and edge line components. The frame is welded from thicker steel wire to form a solid edge around the perimeter of the gabion mesh. Edge lines are steel wires welded along the inner edges of the mesh to enhance the stability and structural integrity of the mesh. The design and welding of the frame and edge lines ensure the strength and durability of the Welded Gabion mesh.
Inner partitions and dividers
Another component of Welded Gabion mesh is the inner partition and dividing line. Internal partitions are steel wire partitions perpendicular to the grid and are used to divide the grid into several equal compartments. These compartments can be filled with different materials such as stone or concrete to increase the stability and strength of the gabion mesh. The dividing line is a steel wire horizontal to the grid, which is used to strengthen the connection between the inner partition and the grid to ensure the position and stability of the partition.
Connectors and Fixtures
The component technology of Welded Gabion nets also includes connectors and fixings. Connectors are used to connect different grid units to ensure the continuity and integrity of the entire gabion net. They are usually connected using specially designed connecting clamps or wire rings. Fasteners are used to fix the gabion mesh to the ground or structure to ensure its stability and safety. Fixtures may be ground-entry posts, anchors or other suitable fixing devices.
The component design technology of Welded Gabion mesh includes grid structure, frame and edge lines, inner partitions and dividing lines, as well as connectors and fixings. The design and welding techniques of these components ensure the strength, stability and durability of the Welded Gabion mesh. As a reliable civil engineering solution, Welded Gabion mesh plays an important role in the fields of river embankment protection, earthworks and landscape design.
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