GEOSTEP
LEADING MANUFACTURER OF GEOSYNTHETICS
One of the main drawbacks of the standard 3D geocell is its susceptibility to deformation over time under dynamic loads. Thanks to the reinforcement with threads, GEOCORD® has acquired increased mechanical strength characteristics.
A welded seams grating composed of reinforced cells with high-strength threads. It's manufactured using a new generation geosynthetic material that offers increased strength, reliability, and cost-effectiveness compared to alternative materials; without compromising its load baring capabilities.
How is GEOCORD® Geocell unique?
GEOCORD® excels in cost-efficient design, preserving its technical prowess and functionality,
preventing incidental costs with its patented stretch-resistance;
Guaranteeing stability under sustained loads & high temperatures while retaining its original dimensions.
Its lighter composition streamlines transportation for enhanced efficiency.
How does GEOCORD® measure in savings?
Construction costs up to 5-25% lower in comparison with traditional 3D Geocells.
Boasts a product life cycle of up to 100 years, providing long-term durability and reliability in various applications.
Allows for up to 15% savings by reducing tape thickness
Cut precisely what's needed, reducing waste to around 1% compared to competitor’s 10%.
GEOCORD® excels in cost-efficient design, preserving its technical prowess and functionality,
preventing incidental costs with its patented stretch-resistance;
Guaranteeing stability under sustained loads & high temperatures while retaining its original dimensions.
Its lighter composition streamlines transportation for enhanced efficiency.
Cost savings of up to 15% by reducing tape thickness without compromising physical and mechanical properties.
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Up to 20% savings by substituting crushed stone with sand infill.
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Lower purchasing price compared to traditional 3D geocells due to decreased geostrip thickness.
Economic Benefits
Up to a 50% increase in strength properties compared to alternatives.
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Product life cycle of up to 100 years.
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Improved resistance to dynamic and static loads, deformation under temperature changes, and resistance to various environmental factors like freezing/thawing, UV radiation, and chemical substances.
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Tested according to 34 parameters, ensuring high-quality performance.
Technical Benefits
67% reduction in vertical stress on subgrade layers.
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22% reduction in road surface thickness.
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10% increase in load-bearing capacity and a 35% increase in load resistance.
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35% reduction in plastic deformation, leading to a 55% longer service life cycle.
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Safety - Enhanced stability prevents project shifts and deformations over time, crucial for roads and infrastructure.
Functional Benefits
Mainly used for construction of highways, high-speed roads, and other areas where consistent lattice parameters are essential.
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Suitable for road bases, pavements, retaining walls, embankments, dams, erosion control, and surface water disposal structures.
Areas of Application
Trademarked stretch-resistant materials prevent stretching, ensuring stability after installation compared to competitors' 3D geocells.
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Maintains geometric proportions even under permanent loads and elevated temperatures.
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Lighter than competitors, making transportation more efficient.
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Lower construction costs compared to traditional 3D geocells, both in purchasing price and incidental/consequential costs.
What makes it superior
GEOCORD® maintains its bearing capacity while being longer-lasting, cost-effective, and stable in the construction process.
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This results in lower maintenance costs and higher stability in construction projects.
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Reinforced lattice design allows for a reduction in density without compromising technical and functional advantages.