Geogrids
They offer high tensile strength and stiffness, making them particularly effective as soil and aggregate reinforcement.
- MATERIALS
- Geosynthetics
- Geogrids
Secugrid
SECUGRID® is a geogrid that stands out in the geosynthetics market for its unique construction from pre-stressed, highly oriented polypropylene (PP) or polyester (PET) rods. This innovation allows it to offer superior tensile strength while maintaining low deformations, essential for projects where reliability is as crucial as strength.
Innovation for soil stabilization.
Applications:
- Reinforced foundations.
- Retaining walls and slopes.
- Sheet reinforcement.
- Basal reinforcement for embankments.
- Bridges in shafts and drains.
- Pipe trenches
- Bridge piles
Advantages of Secugrid® Geogrids
+ Durability
Manufactured with high quality materials that offer resistance to environmental and chemical degradation.
+ Time savings
Significant reduction in construction time due to quick and easy installation.
+ Lower maintenance cost
Its extended durability minimizes long-term maintenance and repair costs.
+ Economic advantages
Due to the reduced need for thick embankments and expensive materials, total project costs are reduced.
+ Technical advantages
PP or PET tensile bar technology offers superior tensile strength with low deformations.
Optimal soil interaction: The textured surface allows better friction with fine-grained materials, optimizing soil-mesh interaction.
NEW
HaTelit
REINFORCEMENT GEOGRID
Flexible, high-strength, temperature-resistant mesh for effective reinforcement of asphalt layers. HaTelit C 40/17 is a reinforcing mesh composed of high-modulus polyester yarns combined with an ultra-lightweight nonwoven fabric. HaTelit C is a highly durable and therefore economical solution that resists permanent dynamic loads very well, which is due to the special properties of the polyester.
Application:
Asphalt concrete reinforcement for efficient and sustainable rehabilitation of cracked pavements.
Benefits:
- Improved retardation of reflective cracking.
- Maximum resistance to pavement damage.
- Particularly resistant to permanent dynamic traffic loads.
- No loss of strength due to moisture.
- Due to the flexibility and mechanical properties of polyester, it is suitable for use on milled surfaces.
Geogrid reinforcement
UNIAXIAL GEOGRID
Uniaxial geogrids can withstand high loads for long periods of time and are particularly suitable for reinforcing soil slopes and mechanically stabilized earth (MSE) walls or berms.
Gridpro
BIAXIAL GEOGRID
Perforated geogrid, manufactured from high-density polypropylene, is specifically designed to interlock effectively with soil and aggregates, significantly increasing soil strength.
This interlocking process not only improves bearing capacity, but also provides greater stability in various geotechnical applications. The rigid construction of the geogrid offers high tensile strength properties, making it an ideal solution for soil reinforcement, ensuring durability and performance in projects such as roads, slopes and retaining walls.
Applications:
- Embankments.
- Mechanically stabilized earth slopes and walls.
- Base and subgrade stabilization.
Geogrid reinforcement
BIAXIAL GEOGRID
What is a Geogrid?
A geogrid is a robust geosynthetic, ideal for stabilizing surfaces, soils, foundations or roads. Commonly used for reinforcement applications, they are manufactured primarily from polymeric materials, typically polypropylene (PP), high density polyethylene (HDPE) and polyester (PET).
What is geogrid used for?
- Bridge piers.
- Trenches for pipelines.
- Reinforcement of foundations.
- Retaining walls and slopes.
- Base course reinforcement.
- Basal reinforcement for embankments.
- Bridges in trenches and drains.
- Airports and runways.
- Work platforms, hard surfaces for cranes.
- Transfer and loading platforms on piles.
Types of geogrids
Geogrids are classified into three main types according to the direction in which they offer the greatest resistance. This classification is fundamental to determine their application in infrastructure projects.
Uniaxial Geogrid
Geotechnical reinforcement material with predominant resistance in one direction, used in the stabilization of slopes and retaining walls to support longitudinal stresses.
Biaxial Geogrid
Geogrid with resistance in two perpendicular directions, ideal for soil stabilization and road base reinforcement, distributing loads uniformly.
Triaxial Geogrid
Geogrid with triangular structure, offering multidirectional resistance, used in soil and pavement stabilization to improve load capacity and reduce deformations.
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