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High Tensile Strength Plastic PP Uniaxial Geogrid for Road Driveway Reinforcement
High Tensile Strength Plastic PP Uniaxial Geogrid For Road Driveway Reinforcement
HDPE uniaxial geogrid is made of high molecular polymer after extruded and laminated and punched into regular mesh before longitudinal stretching.This process makes high molecule in direct line state in oblong oval net structure with uniform distribution and high node intensity.
Description:
Product Description
Plastic Geogrid
Soil conditions and properties are important considerations in the design of infrastructure construction projects. Poor soil properties can either make construction impossible or lead to performance failures that can be costly. Regardless of the project type proper soil reinforcement and/or stabilization are typically needed to ensure sound structural stability and longevity of the infrastructure being built. Geogrids are the most effective solutions to stabilize and reinforce soils for various base applications, and soil walls and slopes. They work to do two critical things: 1) improve the mechanical properties of soil by reducing stress-strain behavior; and 2) improve the mechanical behavior of granular material by minimizing movement and allowing for effective load distribution. We offer geogrids that help solve soil reinforcement and stabilization challenges for specific sites and applications.
Product Features
Increase the bearing capacity and stabilization of low load bearing soils. Engineered to be mechanically and chemically stable in aggressive soil environments and is not attacked by salt, acid, or alkali aqueous solutions. It is not susceptible to hydrolysis, environmental stress cracking, or micro-organisms attack and is formulated to resist construction damage, environmental exposure, and UV degradation.
Product Applications
Application:
* Widely applied in railway and highway construction.
* Widely used in the reinforcement of retaining wall, embankment, roadbed and dam, etc.
* Extensively used to prevent soil erosion, ground subsidence and water pollution.
* Widely applied in railway and highway construction.
* Widely used in the reinforcement of retaining wall, embankment, roadbed and dam, etc.
* Extensively used to prevent soil erosion, ground subsidence and water pollution.
