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  • Bidirectional Steel-plastic Geogrid
  • Bidirectional Steel-plastic Geogrid
  • Bidirectional Steel-plastic Geogrid
  • Bidirectional Steel-plastic Geogrid
  • Bidirectional Steel-plastic Geogrid

›

Bidirectional Steel-plastic Geogrid
Steel-plastic geogrid is a geosynthetic material that is made of steel wire (or other high-strength metal wire) as the main load-bearing element and is wrapped with plastic (usually polyethylene or polypropylene) through a special process.
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Product Description
Steel-plastic geogrid is a geosynthetic material that is made of steel wire (or other high-strength metal wire) as the main load-bearing element and is wrapped with plastic (usually polyethylene or polypropylene) through a special process. It has extremely high tensile strength, can effectively enhance the stability of the soil, and withstand greater soil pressure and tension.


Steel plastic geogrid has the following significant characteristics and advantages:

High strength: able to withstand large tensile and compressive forces, suitable for various complex engineering environments.

Corrosion resistance: Due to being wrapped in polyethylene, the steel wire has good corrosion resistance and can be used for a long time in harsh soil and water environments.

Good stability: It can effectively disperse soil stress and enhance soil stability.


Steel plastic geogrids are widely used in the following fields:

Road and railway subgrade reinforcement: Improve the bearing capacity of the subgrade and reduce uneven settlement of the subgrade.

Reinforcement of dams in hydraulic engineering: Enhancing the stability of dams to prevent slippage and collapse.

Slope protection: It can fix the soil on the slope surface, prevent soil erosion and landslides.


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Product Parameters
IndexGSZ30-30GSZ40-40GSZ50-50GSZ60-60GSZ80-80GSZ100-100GSZ150-150
Tensile Strength KN / m ( LD )≥30≥40≥50≥60≥80≥100≥150
Tensile Strength KN / m ( TD )≥30≥40≥50≥60≥80≥100≥150
Elongation Rate ( LD TD）≤2≤2≤2≤2≤2≤2≤2
Tensile strength at 1 % elongation ( LD )≥20≥32≥40≥48≥63≥81≥125
Tensile strength at 1 % elongation ( TD )≥20≥32≥40≥48≥63≥81≥125
Limit Peeifoece at Welded Bonded Point N≥100≥100≥100≥100≥100≥100≥100
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