High Stability Geogrid Soil Stabilization Rough Embossed 50M Geo Grid For Driveway
Key Attributes
| Product Name: | Steel Plastic Geogrid | Material: | Steel Wire Polyethylene PE |
| Color: | Black | Structure: | Reinforced Grid |
| Tensile Strength: | 30–120 KN/m | Elongation: | ≤3% |
| Width: | 2–6m | Length: | 50m |
| High Light: | 50m geo grid for driveway,geogrid soil stabilization rough embossed,embossed geogrid soil stabilization |
Steel Plastic Geogrid is widely used in embankment reinforcement projects due to its excellent stability and durability. The combination of steel wire reinforcement and protective polymer coating creates a material that can withstand high loads while maintaining long-term performance.
In embankment construction, uneven settlement and soil instability are common challenges. This geogrid effectively distributes loads and reinforces weak soil layers, preventing deformation and improving structural integrity. Its low elongation ensures that the embankment remains stable even under repeated loading conditions.
Another important benefit is its adaptability to different soil environments. Whether used in sandy, clay, or soft soil conditions, the grid structure enhances soil interaction and prevents lateral movement. This significantly reduces the risk of slope failure and erosion.
The product is also resistant to environmental factors such as moisture, chemicals, and UV exposure. This makes it suitable for long-term outdoor applications without performance degradation.
| Specification | Unit | Value |
|---|---|---|
| Tensile Strength | kN/m | 30–120 |
| Elongation | % | ≤3 |
| Joint Strength | N | ≥500 |
| Width | m | 2–6 |
| Length | m | 50 |
| Material | Steel + PE | |
| Surface Type | Rough Embossed | |
| Durability | years | 50+ |
Our manufacturing process ensures strong bonding between steel and polymer, preventing delamination during long-term use.
We offer flexible production capacity and fast delivery to meet project deadlines.
Our technical team can recommend suitable specifications based on your engineering conditions.
Q1 Can it be used for slope protection
Yes it enhances slope stability and prevents erosion
Q2 Is it suitable for wet environments
Yes it performs well in humid and water-rich conditions
Q3 What is the lifespan
More than 50 years under normal use
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