Gabion walls and cages for shoreline stabilization
OverviewQuick DetailsPlace of Origin:Jiangsu, ChinaBrand Name:TRSTModel Number:CustomizedMaterial:Galvanized Iron Wire, Galvanized Iron Wire
$1 /
Product Details
Transaction Comments
Overview
Quick Details
Place of Origin:
Jiangsu, China
Brand Name:
TRST
Model Number:
Customized
Material:
Galvanized Iron Wire, Galvanized Iron Wire, Steel
Type:
woven mesh
Application:
Gabions
Hole Shape:
Hexagonal
Wire Gauge:
2.0-6.0mm
Size:
2.0--6.0mm
Zinc Coating:
30-600g/m2
Glued Thickness:
0.5mm
Tensile Strength:
340-500Mpa
Packing:
Customized
Standard:
JIS, KS, ASTM, BS, GB
Aperture:
8*10cm
Supply Ability
Supply Ability:
200000 Square Meter/Square Meters per Month Gabion walls and cages for shoreline stabilization
Packaging & Delivery
Packaging Details
Gabion walls and cages for shoreline stabilization can be customized.
Port
Shanghai
Lead Time
:
45 days
Product Description
Gabion walls and cages for shoreline stabilization
Gabion walls and cages for shoreline stabilization are wire mesh boxes, containers or baskets filled with rock to prevent soil erosion and to retain/contain soil particles. Gabions and geotextiles are usually used together to reduce water velocities and to re-capture river bed sediment in streams.
We manufacture gabions using 10% aluminum-zinc wire or Galfan wire – or together with an additional 0.5mm thickness PVC coating, providing 3-5 times more corrosion protection than normal galvanising.
Our materials are quality assured, meet with JIS, KS, ASTM, BS, and GB standard and are used in a very wide range of applications.
Features:
− Different sizes
− Easy to install and assemble
− High Tensile Strength
− Ecological and Economical
− Durability
Applications:
− Gabion Retaining wall structures
− Coastal protection
− Rock fall protection
− Flood control & canal training
Detailed Images
Galvernized welded wire mesh for gabions are wire mesh boxes, containers or baskets filled with rock to prevent soil erosion and to retain/contain soil particles. Gabions and geotextiles are usually used together to reduce water velocities and to re-capture river bed sediment in streams.