Geosincere - Plastic Geogrid

Plastic geogrid is often made from virgin polypropylene or high density polyethylene (HDPE) sheets by punching a regular pattern of holes, then stretched into a grid. The stretching of the sheets creates bars oriented in one or two principle strength direction. According to the stretched direction,  plastic geogrid is generally categorized into plastic uniaxial geogrid and plastic biaxial geogrid. Due to the raw materials, the plastic geogrid has the inherited characteristics of high tensile strength, good creep resistance, excellent UV stabilization, chemical and biological resistance, and Stable low temperature embrittlement resistance.

The strength of a geogrid provides long term positive reinforcement of embankments, steep slopes, retaining walls and other vertical soil structures. The aperture size ranges are available for optimum matching with most material filling which leads to the reduction in differential settlement and improved foundation bearing capacity. Plastic geogrid is proven to be the most cost-effective geotechnical product designed to resist elongation when subjected to heavy loads for long periods of time. It is the ideal geotechnical material used for the positive reinforcement of embankments, steep slopes, retaining walls, vertical soil structures, ground stabilization and subgrade reinforcement applications.

• Imported high quality raw HDPE material.
• Excellent chemical & UV resistance.
• Outstanding stress crack capacity.
• High aperture stability.
• Low long term creep.
• Excellent soil interlock.
• Good bearing capacity.
• Complete specifications.
• Excellent soil interlock.
• Reducing aggregate filling thicknesses.
• Extending service life of pavement.
• Cost effective, Factory price.

GEOSINCERE brand plastic geogrid can create an enhanced composite effects and higher performance characteristics. The plastic biaxial geogrid and plastic biaxial geogrid are effectively used  to reinforce, stabilize soils and similar materials for walls, subbases or subsoils below roads or structures, paving overlays.  Some of the typical applications are as followed.

• Retaining wall reinforcement
• Steep slope reinforcement
• Embankments reinforcement
• Subbase reinforcement
• Retaining walls
• Base reinforcement
• Road construction
• Small retaining walls
• Wrapped face retaining walls
• Vertical soil structure retainment
• Ground stabilization
• Wrapped face retaining walls
• Enhanced performance of roads,  railways, highways construction, etc