Geosynthetics Applications for Civil Infrastructure

Geogrid reinforcement restricts the lateral migration of base course aggregate, reducing subgrade rutting and extending pavement design life. High-modulus Glass Fiber and PET Geogrids prevent reflective cracking in asphalt overlays, delivering MoRTH and IRC-compliant structural performance on high-speed expressways and urban arterials alike.

PP Biaxial Geogrids provide superior aggregate interlock to control ballast lateral displacement and preserve track geometry under heavy axle loads. For embankments over soft subgrades, high-tenacity PET Geogrids and Polyester GeoStrips engineered to RDSO Guidelines GE: R-73 prevent deep-seated settlement and rotational embankment failure.

High-confinement Geocells and PP Biaxial Geogrids create a rigid, reinforced working platform capable of withstanding the extreme dynamic impacts of heavy aircraft landing gear. Glass Fiber Geogrids within flexible pavement layers prevent thermally induced reflective cracking, reducing whole-life maintenance costs on critical aviation infrastructure.

High-tensile PET Geogrids and Polyester GeoStrips are the primary reinforcement elements in Mechanically Stabilized Earth walls, mobilizing compacted fill shear strength to resist massive overturning forces. Integrated Geocomposite drainage layers relieve hydrostatic build-up behind the wall face, protecting structural integrity across the full design life.

PET Geogrids intercept the critical rotational failure plane in unstable slopes, providing the tensile resistance needed to prevent deep-seated sliding and shear failure. HDPE Geocells confine surface soil and riprap to eliminate rill erosion, while Drainage Geocomposites intercept subsurface seepage before it triggers instability.

HDPE Dimple Drainage Boards relieve hydrostatic pressure against deep basement walls by creating a continuous air gap that intercepts groundwater before it reaches the primary waterproofing membrane. In tunnel construction, Geocomposites installed between shotcrete and inner lining route continuous seepage to the invert drain, preventing inner lining failure.

HDPE Dimple Drainage Boards create a high-flow air gap beneath the growing medium, immediately intercepting excess water to keep structural load within the roof slab’s design limits. Specialized Geocomposites act as a root-proof mechanical barrier, protecting the primary waterproofing membrane while maintaining optimal moisture balance for intensive urban landscaping.

PP Biaxial Geogrids distribute massive static loads from stacked containers over a wider area, preventing the localized rutting that destroys pavement geometry in high-traffic terminals. HDPE Geocells lock aggregate against lateral displacement from heavy reach stackers, while Geocomposite drainage layers protect the pavement foundation from saturated subgrade failure.

HDPE Geocells lock boulders and riprap on coastal revetments to dissipate wave energy and prevent shoreline loss during storm surges. Chemically inert PET Geogrids resist chloride attack in saline soils, while Salt Barrier Geocomposites interrupt the capillary migration of corrosive salts into pavement and foundation structures.