Fiberglass Geogrid with ASTM Standard
| Place of Origin: | Jiangsu |
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Company Profile
| Location: | NANJING, Jiangsu, China (Mainland) |
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Product Detail
| Model No.: | BX |
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Product Description
Fiberglass geogrid is kind of fine geosynthetic for enhancing road surface, old road, roadbed and soft soil foundation. It has become nonreplaceable material in disposing asphalt road surface reflection crack. This product adopts high strength alkali free glass fiber and is woven into net backing material through advanced warp knitting technology and receives coating treatment. It is semi-rigid product. It has very high tensile strength in lateral and longitude directions and lower extensibility, resistance to high temperature and low temperature, ageing and corrosion. It has extensive application in enhancing asphalt pavement, cement road surface and roadbed, dyke protective slope, airport pavement, sediment control, etc
Engineers have been using this solution on a wide range of pavement types. Reinforcement of road surface and roadbed, prevent cracks caused by fatigue or reflection, reduce uneven sedimentation, prolong the lifespan of road.
Parking areas
Low volume roads, e. G. Country roads
Flexible high volume roads, e. G. Interstates, highways
Rigid high volume roads, e. G. Interstates, highways
Airport runways and aprons
Fiberglass geogrid has been proven effective in all climates and geographic areas, performing equally well in desert conditions and in near arctic regions that are subject to intense cold and seasonal temperature fluctuations.
Engineers have been using this solution on a wide range of pavement types. Reinforcement of road surface and roadbed, prevent cracks caused by fatigue or reflection, reduce uneven sedimentation, prolong the lifespan of road.
Parking areas
Low volume roads, e. G. Country roads
Flexible high volume roads, e. G. Interstates, highways
Rigid high volume roads, e. G. Interstates, highways
Airport runways and aprons
Fiberglass geogrid has been proven effective in all climates and geographic areas, performing equally well in desert conditions and in near arctic regions that are subject to intense cold and seasonal temperature fluctuations.
