Biaxial Geogrid 20kN – Ground & Sub-Base Reinforcement

Biaxial Geogrid 20kN – Ground & Sub-Base Reinforcement

  • Reinforces soft, wet or variable sub-grades

  • Improves load distribution and bearing capacity

  • Reduces required sub-base thickness, saving aggregate and excavation

  • Controls rutting and differential settlement under repeated trafficking

  • Suitable for use with standard Type 1 and similar angular aggregates

  • Helps extend the service life of the pavement or working platform

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Biaxial Geogrid

Stronger, More Stable Ground

  • Reinforce Granular Sub-Bases in Two Directions
  • Create a Strong Mechanical Interlock with Type 1 Aggregate
  • Stabilise Ground For Roads, Working Areas and Parking Areas
  • Improve Load Distribution and Reduce Rutting

Built for demanding civil engineering and infrastructure projects, Biaxial Geogrid reinforces weak or unstable ground by interlocking with the aggregate and distributing imposed loads across a wider area. It is ideally suited to construction haul roads, site access tracks, paved and unpaved roads, working platforms, car parks, storage yards, rail facilities, ports and industrial hardstandings, as well as multi-layer reinforced build-ups designed to withstand repeated trafficking and heavy plant.

Spread The Load

Installed directly over a prepared subgrade, Biaxial Geogrid provides reinforcement in both longitudinal and transverse directions. This helps distribute imposed loads across a wider area, reducing concentrated pressure on soft, wet or variable ground.

Improved load distribution can help limit localised movement, settlement and rutting under traffic. It is ideal for access roads, construction haul roads, working platforms, car parks, paved areas and other applications requiring a dependable foundation.

Build More with Less Aggregate

By improving aggregate confinement and load distribution, CORE Biaxial Geogrid can help create an efficient sub-base construction with less reliance on additional granular material. Subject to the project design and ground conditions, this may allow the required sub-base thickness to be reduced compared with an equivalent unreinforced construction.

Using less aggregate can mean reduced excavation, fewer deliveries and faster installation—helping lower material, transport and labour costs while reducing the environmental impact of the project.

Build More with Less Aggregate

By improving aggregate confinement and load distribution, CORE Biaxial Geogrid can help create an efficient sub-base construction with less reliance on additional granular material. Subject to the project design and ground conditions, this may allow the required sub-base thickness to be reduced compared with an equivalent unreinforced construction.

Using less aggregate can mean reduced excavation, fewer deliveries and faster installation—helping lower material, transport and labour costs while reducing the environmental impact of the project.

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