Tensar TriAx Geogrids
Tensar TriAx stabilises granular layers through interaction between the geogrid and aggregate. We supply and install the system beneath roads, working areas and other engineered surfaces to help build reliable support over the subgrade.


Specify and procure through one team
Send your selected Tensar grade, design information, drawings, quantities and delivery programme. Request current product documentation and confirm availability before ordering. Technical proposals and product alternatives remain subject to the project engineer's approval.
Request a geogrid quote for supply only or a defined delivery and installation package.
Specs at a Glance - Tensar® Triax Geogrids
| Property | TX150 | TX160 | TX170 |
|---|---|---|---|
| Radial Secant Stiffness @ 0.5% strain | 360 kN/m | 390 kN/m | 480 kN/m |
| Radial Secant Stiffness @ 2% strain | 250 kN/m | 290 kN/m | 360 kN/m |
| Radial Secant Stiffness Ratio | 0.80 | 0.80 | 0.80 |
| Junction Efficiency | 100% | 100% | 100% |
| Hexagon Pitch | 80 mm | 80 mm | 80 mm |
| Weight (kg/m²) | 0.205 | 0.220 | 0.270 |
| Durability | 100 yrs (≤15°C), 50 yrs (≤25°C) | 100 yrs (≤15°C), 50 yrs (≤25°C) | 100 yrs (≤15°C), 50 yrs (≤25°C) |
All products tested under EOTA TR41 and manufactured with ≥2% carbon black for UV protection.
Applications
Geosynthetics South Africa supplies and supports projects across Southern, West, East, and Central Africa in:
Mining Haul Roads & Working Platforms - Resisting heavy truck and plant loads.
Highway & Rural Roads - Long-lasting pavements in challenging climates.
Rail Infrastructure - Ballast and sub-ballast stabilisation to extend service life.
Ports & Airports - Container yards, runways, and apron reinforcement.
Urban Development - Foundations, parking areas, and access routes.
By using Tensar® Triax, clients consistently achieve longer-lasting, lower-cost, and more sustainable infrastructure.
Why choose Tensar TriAx Geogrids?
- Aggregate interlock and confinement
- Stabilisation beneath granular layers
- Supply and installation for civil works
Installation and technical guidance
Design and procurement inputs
Select the product for the actual function: aggregate stabilisation, soil reinforcement or combined separation and reinforcement. Confirm aggregate compatibility, subgrade conditions, loading and the approved layer build-up.
Provide the product grade or performance specification, drawings or BOQ, quantities, site location and required date. We will define supply, delivery and any agreed installation and QA/QC responsibilities in the quotation.
Request a product-specific quotation →Installation and QA/QC
Record roll identity, reinforcement direction and location, joints, connections, fill placement and the specified compaction controls.
Use the current supplied-product procedure and the approved project inspection plan. Define responsibilities and acceptance criteria before installation.
SELECTION · SPECIFICATION · PROJECT SUPPLY
Choose the right specification
Separate aggregate stabilisation from designed tensile soil reinforcement before choosing a grid or composite.
- For stabilisation, define subgrade, aggregate, traffic or working load and permitted deformation.
- For walls, slopes and basal reinforcement, obtain the required long-term design strength, geometry and interfaces.
- Confirm grade, orientation, joint or connection details and any separation or filtration layer.
Define the quality records
Record roll identity, reinforcement direction and location, joints, connections, fill placement and the specified compaction controls.
For a useful quotation: send the grade or performance specification, quantity, location, required date and scope. Availability, delivery and installation responsibilities are confirmed in the quotation.
Why Geosynthetics South Africa
One enquiry coordinates the specified product, technical submission, delivery and any agreed installation and QA/QC scope. We define quantities, programme, responsibilities and handover requirements against your project.





