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ACEGrid® GV

Geogrids

ACEGrid® GV- PVA woven geogrids with polymer coating

Polyvinyl alcohol geogrid widely applied for soil reinforcement

About


Flexible Woven PVA Geogrids for Soil Reinforcement

ACEGrid® GV are flexible woven geogrids fabricated with high-tenacity multifilament polyvinyl alcohol (PVA) yarns with durable polymer coating. The tensile strength can range from 20 kN/m to 800 kN/m. ACEGrid® GV geogrids are broadly used in soil reinforcement applications, especially when the structures allow very limited deformation, for example, roadway/ railway embankment and steep reinforced slope.

Function

Reinforcement

Reinforcement

Features

Exceptionally high tensile stiffness and anti-creep performance with flexibility

The PVA yarns have exceptionally high stiffness, which make the PVA geogrids have extremely low elongation and creep. In comparison to welded geogrids and other stiff geogrids, ACEGrid® GV geogrids can also exhibit high strength at low strain but with an even higher flexibility, which is beneficial for enhancing geogrid-soil interaction behavior and reducing the efforts of geogrid installation.
 

High tensile modulus with very low elongation

ACEGrid® GV geogrids have exceptionally high tensile strength and modulus among all flexible geogrids. When the tensile strength of ACEGrid® GV are developed at low strains, the deformation of structures reinforced by the geogrids can be reduced.
 

Outstanding durability for high performance in the long term

ACEGrid® GV geogrids are uniformly coated with durable polymer to enhance the overall resistances to ultraviolet, weathering, acid, alkali, bio-decomposition, and hydrolysis. The change of coating materials is possible for different project requirements.



Based on more than 20 years of experience manufacturing geogrid, ACEGrid® GV geogrids have proven successfully to excel due to its excellent mechanical behaviors, durability, quality, and cost effectiveness. The benefits of using ACEGrid® GV are summarized as below:

Applicable in structure bearing high loads but have low tolerance of deformation
Outstanding reinforcement ability to fulfil diverse requirements
High mechanical performance and long-term durability to ensure structure service life
Simple and quick installation to reduce construction time and costs

Resources


【Brochures】ACEGrid® Product Brochure

【Data Sheets】ACEGrid® GV Geogrid TDS

【Papers】An Application of the Connecting System between MSE Wall and Soil Nail

【Papers】The case of detention basin with the concept of sponge city

【Papers】The Comparison and Analysis of International Tensile Test Methods and Results

【Papers】Lessons Learned From Three Failures on a High Steep Geogrid-Reinforced Slope

【Papers】Application of Wrap-Around Reinforced Structure at Hilly Road Repair Case in Thailand and Taiwan

【Papers】Application of a Complex Reinforced Structure next to Fault Zone

【Videos】Geosynthetic Application | How "Reinforced Railroad/Road with Rigid Facing (RRR Method))" is done?

【Videos】Installation of Reinforced Retaining Wall - ACE Geosynthetics

【Videos】Geosynthetic Application | How "Gabion Facing Reinforced Soil Structure" is done?

【Videos】Geosynthetic Application | How "Gabion Facing Reinforced Soil Structure" is done?

【Videos】Geosynthetic Application | How "Precast Panel Facing Reinforced Soil Structure" is done?

【Videos】Geosynthetic Application | How "Wrap-Around Facing Reinforced Soil Structure" is done?

【Videos】Installation Process of Landfills by Using Geosynthetics Products

ACEGrid® Product Brochure

ACEGrid® GV Geogrid TDS

The case of detention basin with the concept of sponge city

An Application of the Connecting System between MSE Wall and Soil Nail

The Comparison and Analysis of International Tensile Test Methods and Results

Application of a Complex Reinforced Structure next to Fault Zone

Lessons Learned From Three Failures on a High Steep Geogrid-Reinforced Slope

Application of Wrap-Around Reinforced Structure at Hilly Road Repair Case in Thailand and Taiwan

Related Case Studies

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