Fiberglass Geogrid For Asphalt Reinforcement Driveway Road Construction Gravel Paver Geogrid Paver

Fiberglass Geogrid for Asphalt Reinforcement for Driveway Road Construction Gravel Paver Geogrid Paver

GEOGRID IS A POLIMER PRODUCT, it is made of polimer materials such as Polypropylene (PP), high density polyethylene( HDPE) and Polyester (PET) and Fiberglass ( FG). The geogrid with high tensile strength, low deformation could be used in the reinforcement of soil for walls, steep slopes, reinforced soft soil requires high life over 100 years.

Fiberglass Geogrid mesh has the advantages of high strength, corrosion resistance, and convenient construction. It is used in various civil engineering projects, such as roads, bridges, mines, and water conservancy projects, playing an important role in reinforcement and stabilization.For more product information or engineering support, Pls contact our professional team

Cathy 

WECHAT / WHATSAPP: 0086 139 0153 8890

cathy@geogrid-cn.com 

Fiberglass Geogrid Technical Data:Product specifications and performance parameters (glass fiber geogrid self-adhesive type)

Remark:
The conventional fiberglass grid sizes are 12.7 mm and 25.4 mm.
Conventional widths are 2 m, 4 m, and 6 m.
The strength, width, and grid size can be customized according to customer's requirements.

APPLICATIONS OF FIBERGLASS GEOGRID

• RETAINING WALLS: Geogrids is spread horizontally, associated with the plates or blocks facing outside against the shear of the potential block sliding and could build the wall as high as 17 meters with slopes to 90 degrees.
• SLOPE ROOF: The geogrid is spread into horizontal layers in the slope to increase stability and slipping control. The surface of the slope roof can be anchored with the geotextile itself or shielded by earth sacks or artificial vegetation to prevent surface erosion. The slope by this method can reach a height of 50m.
• BRIDGE LEADING PATH: Like the retaining wall, the geogrid is spread into each horizontal layer, anchored between the roof panels at the two roofs leading the bridge, both increasing the load capacity and saving the space on both sides of the path.
• PILE BONDING: After closing the foundation piles, the net is spread on the piles, creating a load-bearing support from the above buildings to all piles effectively, while also saving the number of piles.
• CREATING A NET TO SUPPORT A LOT OF EMPTY CAVITIES: The grid is used to cover a lot of empty cavities, a part of limestone , the foundation has a lot of lumpy materials … limiting hollow holes, protecting the lining layer as membrane waterproofing (cell burying garbage, reservoirs on rocky mountains, mines, etc.).
• FRICTION ON SLOPING ROOFS: In order to increase the friction of the embankment material on the sloping roof, there is a spread of smooth waterproofing membranes or other geotechnical materials.

More civil engineering solutions here: cathy@geogrid-cn.com /

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