Baselok® geogrids have been used successfully in the civil construction industry for over 60 years. BaseLok™ GeoGrid is manufactured in Houston, TX from an extruded polypropylene sheet that is punched and drawn. The result is an open aperture plastic netting structure that resists high, short term dynamic loads or moderate loads over long periods of time.........

Baselok® FabGrid is a high-performance geotextile-based reinforcement solution designed to provide superior separation, filtration, and stabilization. Manufactured using advanced fabric technology, it effectively prevents the mixing of subgrade soil with aggregate layers while maintaining excellent drainage characteristics.

Geocells were first used and patented in the early 80's by the United States Army Corps of Engineers. The early use of the technology was for the construction of roads over soft soils for military use. Today, BaseLok™ GeoCell is not only used for base stabilization, but also for erosion control of slopes and channels as well as in construction of retaining walls.The superior effectiveness of our BaseLok™ GeoCell is made even better thanks to our BaseLok™ team’s proficiency and technical support. We offer Lunch & Learns and Webinars for PDH credits and certificates, on-site visits and design assistance. IFI Engineers are ready to provide cost-saving solutions to help meet your project requirements.

BaseLok® BallastGuard is a specialized geocomposite designed to eliminate the "pumping effect" in railway track sections. By combining a BaseLok® BL6 Geogrid with a proprietary non-woven geotextile, it provides unmatched subgrade reinforcement and ballast fouling mitigation

Baselok® FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.Baselok FPS improves the interaction between foundation materials and the underlying soil, creating a reinforced platform that increases bearing capacity and minimizes differential settlement. This results in stronger foundations capable of supporting heavy structural loads even in challenging ground conditions.

When dealing with construction projects in or around water, BaseLok® technologies showcase a line of dependable composite marine structures. We incorporate top-quality geogrids and geotextiles to create products designed to enhance the constructability and longevity of coastal and marine structures. With enhanced hydraulic capabilities and superior engineering, BaseLok® solutions diminish costs in comparison to other alternatives.