Revolutionizing Soil Reinforcement and Erosion Control using Uniaxial Geogrid
Introducing StrataGrid™, an innovative geogrid that serves as a highly efficient soil reinforcement solution. This cutting-edge product is created by interweaving high-tenacity polyester yarn into a stable network of apertures, forming a geometric grid. StrataGrid™ offers exceptional tensile strength and a high molecular weight, enabling it to provide both vertical and horizontal soil reinforcement. Moreover, its exclusive UV-stabilized coating compound ensures remarkable durability, even in harsh weather conditions. With industry-leading elongation and stress-strain values, StrataGrid™ guarantees a structure’s lifespan of over 100 years. StrataGrid™ is now EPD-Certified, reinforcing its commitment to sustainable and transparent environmental performance.
Geogrid reinforcement proves to be a game-changer, addressing technical and cost-related challenges while reclaiming previously unusable land. Particularly impressive is its application in space-saving mechanically stabilized earth (MSE) systems, which offer stronger and more cost-effective infrastructure with minimal environmental impact.
What impact does our StrataGrid™ Uniaxial Geogrid create?
Environmental
Time-efficient
Economical
Empowering Infrastructure with StrataGrid™ Uniaxial Geogrid HyTen for Soft Soil Embankments
Our specialized line, StrataGrid™ HyTen, comprises geogrids with unparalleled strength, boasting tensile strengths exceeding 200 kN/m (13,704 lbs/ft). These geogrids are primarily used in the construction of embankments over soft soil grounds, including organic peat and clay-type soils. By employing safe design methods, StrataGrid™ HyTen allows for direct construction on challenging soil types. It effectively limits vertical settlements and provides a solid reinforced soil foundation over voids, ensuring stability and longevity.
Sustainable Solutions with StrataGrid™ Uniaxial Geogrid in Soil Reinforcement and Erosion Control
In the realm of soil reinforcement and erosion control, StrataGrid™ stands as a groundbreaking innovation. Its wide-ranging applications, unmatched advantages, and commitment to durability make it the ideal choice for projects involving highway embankments, retaining walls, soil erosion solutions, and reinforced soil. Experience the transformative power of StrataGrid™ and unlock the potential of your infrastructure projects while preserving the environment for generations to come.
Versatile Applications of StrataGrid™ Uniaxial Geogrid in Mitigating Soil Erosion and Enhancing Stability
From mitigating soil erosion and preventing land erosion to enhancing the structural integrity of retaining walls and stabilizing steep slopes, StrataGrid™ offers versatile solutions. Its advanced geogrid technology effectively controls soil erosion and reinforces soil, making previously unstable areas usable and safeguarding the environment.
Key advantages of StrataGrid™ Uniaxial Geogrid
What makes our Uniaxial Geogrid unique?
Impressive Widths:
With widths up to 5.7 m (~18 feet), StrataGrid™ provides extensive coverage, reducing installation time and costs while effectively addressing land erosion challenges.
Exceptional Strength:
Boasting grid strengths up to 800 kN, StrataGrid™ offers unmatched load-bearing capacity, ensuring stability in bearing heavy loads and reinforcing soil structures.
Industry-Leading Performance:
StrataGrid™ showcases outstanding stress-strain values with minimal elongation, providing reliable and long-lasting soil reinforcement, essential for controlling erosion and maintaining stability.
Engineered Excellence:
StrataGrid™ is engineered specifically to improve the modulus values of pavement base layers, optimizing the performance and longevity of infrastructure projects, and reducing the impact of soil erosion.
Efficient Utilization:
The SGB grid, with its 5 m width, minimizes overlaps, reducing wastage and optimizing pavement costs, making it a cost-effective solution for erosion control and reinforced soil applications.
Longevity and Sustainability:
With a design life of up to 100 years, StrataGrid™ ensures long-term stability and erosion control, providing a sustainable solution for infrastructure projects and mitigating the impact of land erosion.
Conformance and Reliability:
StrataGrid™ conforms to and undergoes rigorous testing in accordance with esteemed GRI and ASTM standards, ensuring compliance and reliability in erosion control and soil reinforcement applications.
How is our Uniaxial Geogrid manufactured?
StrataGrid™ Uniaxial Geogrid is manufactured in a state-of-the-art manufacturing plant located in India.
The manufacturing process involves 3 phases:
A predetermined number of yarn ends are pulled from a creel and are wound onto a large cylindrical beam. We have fully automated, highly sophisticated beaming machinery, which ensures uniformity in yarn tension and take-up and unwinding stability.
Using state-of-the-art knitting machines, high tenacity Polyester yarn is precision-knitted into a dimensionally stable network of apertures that serves as a highly stable, high modulus precursor to the coating process.
The greige fabric obtained from the processes described above is taken on to a one-of-a-kind, ultra-modern coating machine where the greige fabric is coated with a proprietary SBR-based coating compound, which lends it durability, dimensional stability and resistance to installation damage.
1. Beaming
Where does StrataGrid™ Uniaxial Geogrid come into play?
Embankment over soft soils using Uniaxial Geogrid
Block and panel walls for highways, landfills, and other retaining walls with Uniaxial Geogrid
Reinforced steep soil slopes and embankments with Uniaxial Geogrid
Slope stabilization
Success Stories
Infrastructure demands solutions that perform under pressure. See how our certified systems and expertise have delivered long- term stability in projects across the globe.
Meerut-Muzaffarnagar (NH-58), Uttar Pradesh, India
Decongest National Highway 58 connecting Meerut to Muzaffarnagar
Villena, Alicante, Spain
Efficient landfill capping achieved through innovative rainwater drain...
NH-8, Ahmedabad-Vadodara stretch, India
Construction of the largest reinforced soil wall project using StrataB...
Mercury Bay, Coromandel, New Zealand
Building a water bridge for a marine village
Surat-Dahisar (NH-8), India
Strata sets new benchmark in RS Wall construction on highways using St...
Pune-Solapur NH-9, Maharashtra, India
Reinforced Soil (RS) wall system using StrataGrid™ and StrataWall™ sys...
Cajamar, Sao Paul, Brazil
Construction of 20- metre MSEWs for site stability
Southeast Atlanta, GA, USA
Reinforced soil structure for landfills with StrataSlope® System
Jablanica, Hemus, Bulgaria
Embankment construction using StrataGrid® geogrids in Bulgaria
Trichy, NH- 227
Loop reinforced soil wall at Trichy
Darah-Jhalawar-Teendhar, NH-52, India
Applying a two-tiered reinforced soil system for a rail overbridge
Wales, United Kingdom
StrataGrid® Solution for Elan Valley Aqueduct Rehabilitation
Hemus Motorway, Bulgaria
StrataSlope™ construction using StrataGrid™
Dapodi, Pune, Maharashtra, India
Ground improvement of the industrial floor using StrataWeb® geocells
Elan Valley, Wales, UK
Reinforced soil wall using StrataGrid™
Kohima By Pass Road, Nagaland
Strata constructs a durable, flexible pavement for a high traffic area
Riyadh, Saudi Arabia
StrataGrid® geogrids used as reinforcement for mechanically stabilized...
Gorakhpur, UP, India
Ground improvement using StrataWeb® geocells and StrataGrid® Biaxial (...
South Carolina, USA
Construction of a steep soil slope near rail road tracks
Ontario, Canada
Green fascia for new roadways using StrataGrid® Geogrids and StrataWeb...
Fiordgard Town, Norway
StrataGrid® geogrids used to build a MSE Wall for snow avalanche prote...
Manhattan, United States
Construction of a mechanically stabilized earth wall for massive tunne...
Ghazipur, New Delhi, India
Erosion protection for landfill encasement slope using StrataGrid® Geo...
NASA Causeway, Titusville, FLL
Strata's reinforced soil wall chosen as solution to ensure that NASA K...
Hollyford Wind Farm Tipperary, Ireland
StrataSlope® system to increase the bearing capacity in Ireland
Bagac, Bataan, Philippines
Tackling slope failures by reinforcing Bagac-Mariveles road with susta...
Wichita, USA
Construction of a reinforced soil wall near the railroad
Aqaba, Jordan
Construction of retaining wall for container trailers movement at port
Al Bidda Park, Doha, Qatar, Middle East
Green reinforced soil wall for approach to walkway at a park in Qatar
Al Qatif, Al Awameyah , Saudi Arabia
Construction of retaining walls in cultural center are and Souq area o...
Egg Harbor Township, New Jersey, USA
Strata’s solution for a mechanically stabilized earthen (MSE) berm
Nalanda, Bihar, India
StrataWeb® geocells and StrataGrid® Biaxial (SGB) geogrids used for gr...
Andhra Pradesh, India
Ground improvement of the container stack yard using StrataGrid® geogr...
Quality Assurance of StrataGrid™ Uniaxial Geogrids
How long does Uniaxial Geogrids last?
The dilemma facing most design engineers is that all geosynthetic reinforcements are not created equal. The long-term performance of a geogrid is dependent on several factors such as raw materials used, the manufacturing process adopted, the designs, and the end application.
Since, geogrids are used for critical designs, it is essential to have a clear understanding of the above factors. StrataGrid™ undergoes exhaustive testing at internationally reputed laboratories to define all of the above factors.
Since, geogrids are used for critical designs, it is essential to have a clear understanding of the above factors. Strata SGB Grid undergoes exhaustive testing at internationally reputed laboratories to define all of the above factors.