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1. High Tear Strength
2. Flexible and durable
3. Excellent Creep Resistance
4. UV resistance
5. Cost effective
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geogrid
zhongloo
steel plastic geogrid
High Tensile Strength Geogrid Steel Plastic Composite Geogrid For Road
Product Description
The Steel Plastic Composite Geogrid uses high tensile steel wire (PET yarn and fiberglass yarn) specially handled with polyethylene(P.E) and other assistants.
After squeeze and cooling procedures, steel wires turns to high strength anti-pull belt with rough embossing surfaces and PE coating.
Earthwork belts are warp knitted at vertically and horizontally directions and welded the joints using a special unltrial-sonic welding technology to structure steel plastic composite geogrid.
geogrids focus almost entirely on reinforcement applications, although separation may be a function. The following are examples of a few applications.Slope Reinforcement- embankments over soft soils, extra-steep earthwork slopes, landfill liner systems, and industrial and contaminated land reclamation Base Reinforcement- foundations of roadbeds, parking lots, railroad tracks beds, airports runways, permanent unpaved roads,construction haul roads Wall Reinforcement- retaining walls, sea walls, airport noise barriers, and bridge supports Berm Reinforcement - spillway channels for earthen dams, levees, and waste contaminated ponds, banks for earthen canals and waterways.
2.Product Feature
*High tensile strength and low distort and creep deformation
* Improving bearing capacity of road bed
* Anti-corrosion and extending the project life
* Shortening construction period,reducing cost.
3.Product Parameter
| Steel Plastic Composite Geogrid Technical Parameter (GB standard) | |||||||||
| Item | Specification | ||||||||
| Type | GSZ 30-30 | GSZ 50-50 | GSZ 60-60 | GSZ 70-70 | GSZ 80-80 | GSZ 100-100 | GSZ 150-150 | ||
| Vertical and horizontal ultimate tensile strength≥（KN/M） | 30 | 50 | 60 | 70 | 80 | 100 | 150 | ||
| Vertical and horizontal ultimate tensile strength elongation≤（%） | 3 | ||||||||
| Peel force of connection point≥（KN） | 300 | 500 | |||||||
4.Project Cases
1)Well pull: Longitudinal and crosswise tensile strength per linear meter can reach 30 to 120 KN.
High Tensile Strength Geogrid Steel Plastic Composite Geogrid For Road
Product Description
The Steel Plastic Composite Geogrid uses high tensile steel wire (PET yarn and fiberglass yarn) specially handled with polyethylene(P.E) and other assistants.
After squeeze and cooling procedures, steel wires turns to high strength anti-pull belt with rough embossing surfaces and PE coating.
Earthwork belts are warp knitted at vertically and horizontally directions and welded the joints using a special unltrial-sonic welding technology to structure steel plastic composite geogrid.
geogrids focus almost entirely on reinforcement applications, although separation may be a function. The following are examples of a few applications.Slope Reinforcement- embankments over soft soils, extra-steep earthwork slopes, landfill liner systems, and industrial and contaminated land reclamation Base Reinforcement- foundations of roadbeds, parking lots, railroad tracks beds, airports runways, permanent unpaved roads,construction haul roads Wall Reinforcement- retaining walls, sea walls, airport noise barriers, and bridge supports Berm Reinforcement - spillway channels for earthen dams, levees, and waste contaminated ponds, banks for earthen canals and waterways.
2.Product Feature
*High tensile strength and low distort and creep deformation
* Improving bearing capacity of road bed
* Anti-corrosion and extending the project life
* Shortening construction period,reducing cost.
3.Product Parameter
| Steel Plastic Composite Geogrid Technical Parameter (GB standard) | |||||||||
| Item | Specification | ||||||||
| Type | GSZ 30-30 | GSZ 50-50 | GSZ 60-60 | GSZ 70-70 | GSZ 80-80 | GSZ 100-100 | GSZ 150-150 | ||
| Vertical and horizontal ultimate tensile strength≥（KN/M） | 30 | 50 | 60 | 70 | 80 | 100 | 150 | ||
| Vertical and horizontal ultimate tensile strength elongation≤（%） | 3 | ||||||||
| Peel force of connection point≥（KN） | 300 | 500 | |||||||
4.Project Cases
1)Well pull: Longitudinal and crosswise tensile strength per linear meter can reach 30 to 120 KN.