Common methods like over-excavation and chemical stabilization are actually costing you more than you realize. In this chart, we compare the pros and cons of several soil stabilization techniques and how much aggregate is required. How does your current method stack up? Click the chart above to compare.
How to Assess Poor Soil Conditions and Develop Effective Stabilization Solutions
For a more in depth look at various soil stabilization methods, join us on our Professional Education Portal for this informative webinar. You will be eligible for for 1 PDH credit.
Tensar has designed a Subgrade Improvement Pocket Card that allows you to visually estimate subgrade strength. You can also use it to quickly determine your cost to improve the subgrade by using common methods like over-excavation, geotextile and geogrid.
Download the Subgrade Improvement Pocket Card >>
Unstabilized vs. Stabilized Pavement Section
TriAx Geogrid is Your All-Weather Solution
Tensar’s TriAx Geogrid improves site performance by stabilizing poor soils more efficiently. Here's the geogrid benefits you can expect on your next road stabilization project:
Faster Installation: Less aggregate to install means there's less undercutting, backfilling, and disposal. Also, no skilled labor or specialized equipment are required for installation. With less to do, you can expect faster installation, often shaving weeks off construction schedules.
TriAx Geogrid can be installed in all types of weather, unlike other methods that have specific temperature and moisture requirements and long curing times.
Download our handy infographic below for
an overview of TriAx Cost Savings.
Webinar: Subgrade Stabilization Basics
This course presents the fundamental concepts of Subgrade Stabilization for roadways using geogrids and other geosynthetics. Guidance for design and a discussion of performance and specification criteria are also discussed.
FHWA Repeals its Proprietary Products Rule
Evaluate Soils Strength with DCP Testing
A geogrid is a geosynthetic material used to stabilize soil. Today, more contractors are choosing geogrids to improve the performance of the aggregate within pavement structures, combat increasing material costs, and save significant time on projects.
How do geogrids work? Geogrids have openings, called apertures, which allow aggregate to strike through and provide confinement and interlock. Geogrids can improve the long-term performance of paved and unpaved roadways by minimizing aggregate movement and maintaining modulus values.
TriAx Geogrid saved approximately $1 million on this award-winning project.
Aggregate reduced by 17 inches and avoids additional WDNR permitting.
TriAx Geogrid reduces overexcavation
and replacement materials by 50% on
this reconstruction project.
TriAx Geogrid saves construction time compared to a time consuming cement stabilization solution
TriAx stabilizes weak soils for a
wind farm project.
Recycled Asphalt Pavement (RAP) was used in conjunction with TriAx to minimize site haul-off and speed up construction.
Our lightweight rolls are easy to handle and easy to cut in the field. They make it simple to adapt to curves and utility projections. The biggest
advantage in installation – you can roll Tensar TriAx Geogrids out onto the subgrade and walk on them, even in the weakest soil conditions. Adjacent rolls of Tensar Geogrids normally don’t require any connection, since aggregate fill simultaneously interlocks with overlapping geogrid apertures. A simple overlap is sufficient and no sewing is required. Watch our video to see just how easy installation can be. Or, you can download our installation guide for full details.
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