Fiber Glass GEOGRID for Airport Runways
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As an experienced engineering solution provider, TINM team has been appreciated by customers for its efficient work and cost control.
TINM team received the engineering requirements of the customer's geogrid,
"Minimum tensile strength (MD) kN/m: 100
To reinforce airport runways affected by earthquakes."
My team provides customers with glass fiber grid composite polypropylene non-woven fabric for airport runway foundation reinforcement, mainly based on the following reasons:
First, glass fiber geogrid has the characteristics of high strength, which can effectively disperse the load borne by the foundation and reduce the occurrence of uneven settlement. Its high tensile strength can enhance the overall stability of the foundation and withstand the huge impact generated by aircraft takeoff and landing.
Secondly, PP non-woven fabric has good filterability and water permeability. It can prevent the loss of fine particles, while ensuring the normal penetration of water, and avoid the adverse effects of water accumulation on the foundation.
Furthermore, this composite material has good corrosion resistance and durability. The environment of the airport runway is relatively complex, and the material needs to be able to resist the erosion of various chemicals and natural factors for a long time to ensure the stability and durability of its performance.
In addition, the composite material is easy to construct and can adapt to different foundation conditions and construction requirements. During the construction process, it can be laid quickly to improve engineering efficiency.
In summary, the characteristics of glass fiber geogrid composite PP non-woven fabric make it an ideal choice for airport runway foundation reinforcement.
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Senior Geotechnical Engineer at CivECon Group | Geotechnical Expertise in IVY Project
7 个月Could you explain how it prevents the adverse effects of water accumulation on the foundation ?