High-strength geogrid reinforcement for weak soils, load transfer and settlement-sensitive infrastructure

ArmaLynk is Geoquest’s high-strength geogrid solution designed to improve ground performance in challenging geotechnical conditions.

Engineered with high-tenacity PET or PVA reinforcing yarns encapsulated in a durable protective sheath, ArmaLynk provides reliable reinforcement for embankments, load transfer platforms, ground stabilization and void bridging applications.

Designed for long-term performance, ArmaLynk helps owners, engineers and contractors build safely on weak soils while improving settlement control, reducing construction constraints and optimizing material consumption.

Key characteristics:

  • Up to 1 800 kN/m
  • PET or PVA
  • Uniaxial or biaxial
  • Customized roll dimensions

Increasingly complex ground conditions require reliable and efficient reinforcement solutions

Infrastructure, industrial and environmental projects are frequently developed on weak, soft or subsiding soils where conventional construction methods can become costly, time-consuming and environmentally demanding. Common project challenges:

  • Weak and very soft ground conditions
  • Differential settlements
  • Subsidence risks
  • Load transfer over rigid inclusions
  • Land reclamation and landfill expansion projects
  • Accelerated construction schedules
  • Pressure to reduce environmental impact
  • Rising costs of traditional ground improvement techniques

Engineered to stabilize weak soils and control settlement

Manufactured from high-tenacity PET or PVA yarns encased within a durable protective sheath, ArmaLynk combines high tensile capacity with long-term durability in demanding geotechnical environments.

Available in uniaxial and biaxial configurations, ArmaLynk can be adapted to specific reinforcement, load transfer and ground stabilization requirements.

The resulting structure provides:

  • High tensile strength
  • Low deformation behaviour
  • Efficient load distribution
  • Control of differential settlement
  • Long-term resistance to environmental exposure

ArmaLynk can be customized in strength grades, roll dimensions and installation layouts to suit project-specific requirements.

Why choose ArmaLynk?

  • Settlement control

Improves load distribution and limits differential settlements in weak soil environments.

  • Cost efficiency

Minimizes over-excavation and reduces the need for imported fill materials and complex ground improvement measures.

  • Faster construction

Lightweight rolls and simplified installation accelerate construction schedules.

  • Long-term durability

Low creep characteristics and resistance to chemical and biological degradation ensure reliable long-term performance.

  • Sustainable construction

Optimizes material usage, lowers transport requirements and reduces the environmental footprint of infrastructure projects.

Project support from design to installation

From design optimization to installation guidance, Geoquest supports projects throughout the entire delivery process:

  • Project assessment

Evaluation of site conditions and project constraints.

  • Integrated design

Development of the most suitable reinforcement approach.

  • Customized manufacturing

Production of optimized strengths, roll widths and lengths.

  • Construction support

Technical assistance and installation guidance to facilitate successful implementation.

Where ArmaLynk delivers value

  • Embankments on soft soils

Improve stability and accelerate construction on weak foundations.

  • Embankments over piles and rigid inclusions

Optimize load transfer and settlement control.

  • Void bridging and subsidence mitigation

Provide reinforcement above sinkhole-prone or mining-affected areas.

  • Ground stabilization

Roads, railways, airports, ports and industrial platforms.

  • Reinforced slopes and walls

Provide high-performance reinforcement in steep soil structures.

Our solutions suit several applications to: RetainCrossProtectStrengthen

Discover Geoquest solutions in: Reinforced EarthPrecastGeosyntheticsGeohazardsCorrugated steel