Railways play an important role in transportation hubs. The quality of the railway directly determines the speed of transportation, the time and safety of the railway. For railways, the track line is long and needs to bear a large load. Therefore, the geogrid needs to stabilize the roadbed and increase the load force during the railway construction process. The following is an introduction to Fiberglass Geogrid for railway construction:
1. Railway roadbed reinforcement: Geogrid is used for railway roadbed reinforcement. The composite material and the pavement material are integrated, which can effectively distribute the load, prevent the loss of road slag and roadbed deformation, improve the stability of the roadbed, and withstand larger variable loads.
2. Railway ballast protection: due to train vibration, wind and rain, the ballast is lost. The geogrid is used to prevent the loss of ballast and improve the stability of the roadbed.
3. Railway retaining wall: Geogrid is used to reinforce the retaining wall on one side of the railway, such as the railway station platform and freight station, which can extend the service life and reduce the maintenance cost.
4. Railway slope protection: Geogrids are used for slope protection on both sides of the railway to prevent stones and fine soil from falling, prolong the service life of the railway and reduce maintenance costs.
Compared with other geogrids, Fiberglass Geogrid has unique performance and efficacy, and is a geomaterial with better performance in railway construction.