PP Biaxial Geogrid Roll Gravel Grid Ground Grid Geogrid Price Polypropylene Biaxial Geogrid for Road Reinforcing Soil Slopes
Biaxial geogrids have been widely used worldwide in pavement construction and soil stabilization projects. Strata’s Biaxial Geogrid is an innovative geosynthetic product manufactured from extruded polypropylene, offering superior stiffness, stable aperture structure, and excellent interlocking capabilities. These features provide enhanced structural reinforcement for both paved and unpaved roads, improving load distribution and extending pavement lifespan.
Application Fields of Plastic Geogrids
Plastic Geogrid Product Overview (Enhanced Version with Keyword Integration)
Plastic geogrids are versatile, high-performance geosynthetic materials widely utilized in civil engineering, infrastructure, and environmental projects for effective soil reinforcement and stabilization. Engineered from high-strength polymers such as polypropylene (PP) or polyethylene (PE), plastic geogrids are known for their lightweight structure, durability, and excellent tensile properties.
They are available in uniaxial, biaxial, and triaxial configurations to meet specific engineering requirements, offering reliable solutions for load distribution, erosion control, and ground improvement.
Key Application Areas for Plastic Geogrids:
Road & Railway Construction
Plastic geogrids reinforce base and subbase layers, preventing rutting and deformation under traffic loads. They extend pavement lifespan by evenly distributing loads and minimizing differential settlement in both flexible and rigid pavements.
Retaining Walls & Steep Slopes
When embedded in soil, plastic geogrids act as a tensile element that enhances slope stability. They prevent erosion and shear failure in mechanically stabilized earth (MSE) structures, retaining walls, and steep embankments.
Foundation Reinforcement
Plastic geogrids improve bearing capacity over weak subsoils, reduce differential settlement under structures, and support long-term foundation performance.
Landfill Engineering
As a reinforcement layer in landfill caps and base liners, plastic geogrids offer excellent tensile strength and chemical resistance. They stabilize steep landfill side slopes and help maintain the integrity of geosynthetic lining systems.
Coastal & Riverbank Protection
Plastic geogrids are used to reinforce revetments, seawalls, and embankments, helping to resist hydraulic and wave forces. Their open grid design promotes vegetation growth while preventing soil erosion.
Green Infrastructure & Sustainable Design
In vegetated retaining systems, green walls, and bioengineered slopes, plastic geogrids integrate seamlessly with geotextiles and planting media, promoting long-term ecological stability and drainage.
Plastic Geogrid Product Advantages (Expanded and Enhanced)
Fast All-Weather Installation
Plastic geogrids are easy to deploy in any season or climate. Their flexibility and rollable form allow for quick installation without delays due to rain, heat, or cold.
Cost-Effective Construction Solution
By reducing the need for high-quality aggregate and fill material, plastic geogrids lower overall project costs. Faster installation also minimizes labor and equipment time.
Superior Slope Protection Performance
Plastic geogrids reinforce steep slopes by interlocking with soil, preventing erosion, surface runoff, and slope failure, even in areas prone to heavy rainfall.
Universal Compatibility with Soil Types
Whether in sandy soils, silts, or cohesive clays, plastic geogrids offer consistent reinforcement performance, making them suitable for diverse geotechnical conditions.
Minimal Creep Under Long-Term Loads
Manufactured with engineered polymers, plastic geogrids resist long-term deformation (creep), ensuring dimensional stability and reliable performance under sustained loads.
High Tensile Modulus and Strength-to-Weight Ratio
Plastic geogrids deliver exceptional stiffness, providing immediate reinforcement that restrains soil displacement and improves load transfer capacity.
Simplified Installation and Handling
Lightweight and flexible, plastic geogrids are easy to cut, place, and secure, allowing for efficient installation with minimal specialized labor.
Exceptional Pullout and Interlock Performance
The engineered aperture geometry of plastic geogrids maximizes soil interlock, enhancing shear strength and resistance to pullout under load.
Outstanding Durability and Survivability
Plastic geogrids withstand UV radiation, chemical exposure, mechanical stresses, and aggressive backfill without degradation—ensuring long service life even in harsh environments.
FAQ
1: What is the difference between uniaxial and biaxial geogrid?
Biaxial geogrids are those that exhibit the same strength in both the machine directions MD and cross-machine directions CMD while uniaxial geogrids exhibit the primary strength in the machine direction with minimal strength, enough to maintain the aperture structure, in the cross-machine direction.
2: How many types of geogrids are there?
There are three different types of geogrids: Uniaxial, Biaxial, and Triaxial . Each one is designed and manufactured for specific construction applications with various tensile strengths.
3: How long is the delivery time?
Generally it is 2-3 days if the goods are in stock. Or 10-15 if not in stock, according to the quantity.
4: Do you provide samples?
Yes,samples are free.
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