Warp-Knitting Polyester Reinforced Composite Fiberglass Geogrid Nonwoven for Concrete Road Surface

Application

1. Road construction: Composite fiberglass geogrids are widely used in road construction and pavement rehabilitation projects. They are applied to stabilize and reinforce the subgrade, base layers, and asphalt or concrete surfaces, enhancing the overall strength and durability of roads, highways, and transportation infrastructure.
2. Soil stabilization: Composite fiberglass geogrids are utilized for soil reinforcement and stabilization in embankments, slopes, retaining walls, and landslide remediation projects. They help prevent soil erosion, improve load-bearing capacity, and reduce settlement, ensuring the long-term stability of the soil structure.
3. Railways and airports: Composite fiberglass geogrids are employed in railway tracks, runways, and taxiways to enhance the stability and performance of these transport infrastructure systems. They provide reinforcement and load distribution, reducing maintenance needs and extending the service life of railway and airport facilities.
4. Mining and landfill applications: Composite fiberglass geogrids are used in mining operations and landfill sites to reinforce slopes, walls, and containment structures. They help mitigate the effects of erosion, maintain stability, and enhance the safety and efficiency of mining operations and waste containment facilities.
5. Pipeline protection: Composite fiberglass geogrids are applied to protect underground pipelines, utilities, and buried structures from ground movements, soil stresses, and external loads. They serve as a protective barrier and provide structural support to prevent damage and ensure the long-term integrity of pipelines.
6. Coastal and waterfront structures: Composite fiberglass geogrids are used in coastal protection projects, riverbank stabilization, and waterfront developments to combat erosion, secure slopes, and provide structural support for revetments, seawalls, and embankments in marine environments.
7. Land reinforcement and landscaping: Composite fiberglass geogrids are employed in landscape architecture and land reinforcement projects to create green walls, vegetated slopes, and reinforced earth structures. They promote vegetation growth, soil stability, and erosion control in landscaping applications.
8. Infrastructural projects: Composite fiberglass geogrids are integral to various infrastructural projects, including bridge abutments, foundations, tunnels, underground structures, and geotechnical applications requiring soil reinforcement and ground stabilization.

Application

Geogrids focus almost entirely on reinforcement applications, although separation may be a function.  The following are examples of a few applications.
Slope Reinforcement- embankments over soft soils, extra-steep earthwork slopes, landfill liner systems, and industrial and contaminated land reclamation 
Base Reinforcement- foundations of roadbeds, parking lots, railroad tracks beds, airports runways, permanent unpaved roads, construction haul roads
Wall Reinforcement- retaining walls, sea walls, airport noise barriers, and bridge supports 
Berm Reinforcement - spillway channels for earthen dams, levees, and waste contaminated ponds, banks for earthen canals and waterways.