MEGS Uniaxial GeoGrid: Pioneering Soil Reinforcement and Erosion Control
High-strength, UV-stabilized geogrid technology designed to stabilize soft soils, support steep slopes, and reinforce critical structures delivering durability, performance, and long-term soil stability across demanding infrastructure projects.
StrataGrid™ is a next-generation uniaxial geogrid offered by MEGS through our strategic partnership with Strata Geosystems. Engineered using high-tenacity polyester yarn and UV-stabilized coatings, StrataGrid™ provides outstanding tensile strength, durability, and resistance to weathering and installation damage. Its stable geometric grid structure ensures long-term performance in soil reinforcement and erosion control applications across highways, embankments, slopes, and retaining structures.
StrataGrid™ effectively reinforces both vertical and horizontal soils while delivering environmental and cost advantages. The product is especially impactful in Mechanically Stabilized Earth (MSE) systems, where it supports vertical expansion, reduces material use, and ensures structural reliability.
StrataGrid™ HyTen for Soft Soil Foundations
For soft soils such as organic peat and clay, MEGS offers StrataGrid™ HyTen—a specialized solution with tensile strengths exceeding 200 kN/m. It limits vertical settlement, strengthens embankments, and allows safe construction over weak subgrades. StrataGrid™ HyTen provides consistent stability and a long design life, even on challenging terrain.
StrataGrid™ effectively reinforces both vertical and horizontal soils while delivering environmental and cost advantages. The product is especially impactful in Mechanically Stabilized Earth (MSE) systems, where it supports vertical expansion, reduces material use, and ensures structural reliability.
Sustainable and Resilient Performance
StrataGrid™ effectively reinforces both vertical and horizontal soils while delivering environmental and cost advantages. The product is especially impactful in Mechanically Stabilized Earth (MSE) systems, where it supports vertical expansion, reduces material use, and ensures structural reliability.
Key Advantages of Uniaxial Geogrid
Key Advantages of Uniaxial Geogrid
Applications of Uniaxial Geogrid
Applications of Uniaxial Geogrid
Embankments Over Soft Soils
Reinforces and stabilizes ground with poor load-bearing capacity, minimizing settlements and ensuring uniform load distribution. Ideal for roads, bridges, and infrastructure over weak or marshy soils.
Structural Foundations
Strengthens subgrade layers beneath roads, buildings, platforms, and industrial sites, providing added resilience and resistance to deformation.
Retaining Walls (Block & Panel)
Adds tensile strength and resistance to lateral earth pressures for gravity and MSE walls in highways, landfills, basements, and large-scale developments.
Reinforced Steep Slopes
Provides stability against soil erosion and slope failure. Perfect for hilly terrains, railway embankments, and cut/fill areas with high geotechnical risks.
Slope and Erosion Control Systems
Enhances the performance of vegetated or mechanically protected slopes, reducing surface runoff and protecting against environmental degradation.
Manufacturing Process of OUR Biaxial Geogrid
Manufacturing Process of OUR Biaxial Geogrid
Beaming
Controlled winding of yarn with uniform tension ensures dimensional stability and performance.
Knitting
High-tenacity polyester yarns are woven into a consistent, high-modulus grid that reinforces the geogrid’s strength.
Coating
A durable, UV-stabilized SBR compound is applied, enhancing strength, durability, and resistance to site damage.
What are the different stages of testing our Uniaxial Geogrid
What are the different stages of testing our Uniaxial Geogrid
UV Stability Verification
Construction Damage Simulation
QC & Durability Testing
Pull-Out Resistance Testing
Testing & Quality Assurance
Consultation
Smart Solutions. Solid Responsibility.
Smart Solutions. Solid Responsibility.
MEGS Prides itself in its innovative vision that minimizes construction activities, allowing us to provide complete solutions efficiently and on time. By reducing on-site work, we save time and improve productivity. Our engineering solutions are carefully designed to meet international standards, with focusing on lowering carbon footprints and highlighting eco-friendly practices.