Gabions Products
- Military Gabions
- Hot Dipped Galvanized Gabion Mesh Cells
- Welded Mesh Gabions Architectural Wall Cladding
- Gabions (Gabiony)
- Galfan + PVC Coated Gabions
- Gabion Mattresses for Flood Protection Embankment
- Planted Gabion Walls
- Gabions and Geotextiles for Bridge Construction
- Gabion Basket Hot Dip Galvanized
- Gabions P. V. C. Coated Galvanised Wire Box
- Gabions River Training Works
- Geotextile Fabric
- Woven Wire Mesh Cages for Gabion Project
- Gabion Fence
- Welded Gabions Coating Galfan
- Gabion Baskets Double Twisted Galvanized
- Triple Twisted Wire Mesh Gabions
- Gabion Box
- Woven Gabions
- Gabion Baskets
- Wire Mesh Gabion Mattress
- Gabion Cages (Stone Box)
- Gabion Wall
- Hexagonal Gabions Netting
- Gabions Machine
- Welded Gabions
- Sack Gabions
- Reinforced Gabions
- Gabion faced reinforced soil walls
- Gabion Mattress
- Gabions for Water Conservancy
- Gabions for Bridge Protection System
- Gabion Wall Drop Structures
- Modular Gabions as Architectural Elements
- Gravity Wall of Gabions
- Gabions for Headwalls or Wingwalls
- Channel Linings
- Modular Gabions for Rockfall Netting System
Gabions for Headwalls or Wingwalls
Bridge Protection System-gabion Wall Drop Structures Modular Headwalls or wingwalls.
To stabilize soil conditions around culvert Inlets and Outlets gabion headwalls, wing walls, and scour aprons are often implemented. Headwalls are designed to protect the slopes.
Gabions Headwalls
Gabion Baskets Headwalls or wingwalls improve the flow of water into and out of conduits, provide anchoring support for the pipe and prevent dislodging under excessive pressures, control erosion and scour resulting from high water velocities and turbulences and to prevent adjacent soil from sloughing into the waterway opening. Gabion Baskets Headwalls are necessitated by limited space and poor soil conditions.
The inherent flexibility and porous nature of gabion baskets address the design concerns of headwalls which must properly dissipate the energy of water flow, withstand or relieve soil and hydrostatic pressures, and in areas prone to such seasonal changes, withstand the effects of frost action acting upon the soil. preclude detrimental heave or lateral displacement resulting from frost action.
Gabion Wingwalls
Culvert Outlets
The outlets of pipes and lined channels are points of critical erosion potential. The velocity of water conveyed through pipes or conduits often exceeds the capacity of the receiving basin or channel to resist erosion.
To prevent scour at these sites, protect the outlet structure and minimize the potential for downstream erosion, a flow transition structure is needed to absorb the initial impact of flow and reduce the speed of the flow to a non-erosive velocity. Aprons constructed from gabion mattresses placed at these outlets will absorb energy to calm turbulence and slow the velocity of the discharged flow.