Advanced Geosynthetics Products for Extreme Load Pavement
Shivoham Fabtech is a leading Manufacturer & Supplier of specialized geosynthetic reinforcement products designed to withstand the massive static and dynamic loads of port facilities and industrial yards. Our high-modulus reinforcement materials are engineered to prevent subgrade failure and surface rutting in the most demanding environments, from container terminals to intermodal heavy-haul yards.
Industrial pavements must support continuous, extreme-axle-load traffic from reach stackers, heavy-duty trucks, and massive container stacks. Shivoham Fabtech manufactures the precise geosynthetic reinforcement and drainage products required to neutralize these forces, preventing the structural deformation and maintenance cycles that plague unreinforced industrial sites.
Eliminating Rutting from Static Stacking
In container yards, massive static loads from stacked containers create a “punching” force that causes deep-seated rutting and settlement. We manufacture high-stiffness PP Biaxial Geogrids that provide superior lateral restraint to the base aggregate. This creates a reinforced “mattress” effect that distributes heavy static loads over a wider area, preventing the localized settlement that destroys pavement geometry.
Supporting Extreme Dynamic Axle Loads
Reach stackers and heavy forklifts exert extreme localized pressure on the pavement during braking and turning. We manufacture high-confinement HDPE Geocells that lock aggregate in place, creating a high-modulus working platform. This prevents the lateral displacement of soil and stone even under the constant, high-frequency impact of industrial machinery.
Maintaining Pavement Integrity in Wet Conditions
Surface water and saturated subgrades are the primary causes of “soft spot” failures in large industrial yards.We manufacture specialized Geocomposites that provide a high-flow drainage path to rapidly evacuate water from the structural layers. This ensures the pavement remains dry and stable, protecting the integrity of the heavy-duty industrial foundation.
