Fornit 20 is compromised of polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to freeze-thaw conditions, soil chemicals, and ultra-violet exposure. Fornit 20 Geogrid has been developed to stabilize poor soils by providing tensile reinforcement and soil separation. They confine and strengthen road base aggregate thereby reducing the required base thickness.

Fornit 20/20 is compromised of polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to freeze-thaw conditions, soil chemicals, and ultra-violet exposure. Fornit 20/20 Geogrid has been developed to stabilize poor soils by providing tensile reinforcement and soil separation. They confine and strengthen road base aggregate thereby reducing the required base thickness.

Fornit 30 is compromised of polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to freeze-thaw conditions, soil chemicals, and ultra-violet exposure. Fornit 30 Geogrid has been developed to stabilize poor soils by providing tensile reinforcement and soil separation. They confine and strengthen road base aggregate thereby reducing the required base thickness.

Fornit 30/30 is compromised of polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to freeze-thaw conditions, soil chemicals, and ultra-violet exposure. Fornit 30/30 Geogrid has been developed to stabilize poor soils by providing tensile reinforcement and soil separation. They confine and strengthen road base aggregate thereby reducing the required base thickness.

TENAX MS™ 220 is composed of two layers of high strength extruded biaxial oriented polypropylene geogrids. The layers are rolled and stitched together without superimposing the grids creating a geogrid with random sized apertures designed to accommodate a variety of fill materials. The random aperture geometry, many tensile elements, and multiple layers of the geogrid enhance soil/geogrid interaction. TENAX MS™ 220 geogrid greatly improves the geogrid interlocking capacity, distributes applied loads, and prevents localized shear failure.

TENAX MS™ 220 B is composed of two layers of high strength extruded biaxial oriented polypropylene geogrids. The random aperture geometry is designed to accommodate a variety of fill materials. The many tensile elements and multiple layers of the geogrid enhance the soil/ geogrid interaction. TENAX MS™ 220 B geogrid greatly improves the geogrid interlocking capacity, distributes applied loads, and prevents localized shear failure. Typical applications: Soft soil stabilization, base reinforcement, embankments over soft soils, working platforms, haul roads.

TENAX MS™ 330 is composed of three layers of high strength extruded biaxial oriented polypropylene geogrids. The layers are rolled and stitched together without superimposing the grids creating a geogrid with random sized apertures designed to accommodate a variety of fill materials. The random aperture geometry, many tensile elements, and multiple layers of the geogrid enhance soil/geogrid interaction. TENAX MS™ 330 geogrid greatly improves the geogrid interlocking capacity, distributes applied loads, and prevents localized shear failure. Typical applications: Soft soil stabilization, base reinforcement, embankments over soft soils, working platforms, haul roads.

TENAX MS™ 500 is composed of five layers of high strength extruded biaxial oriented polypropylene geogrids. The layers are rolled and stitched together without superimposing the grids creating a geogrid with random sized apertures designed to accommodate a variety of fill materials. The random aperture geometry, many tensile elements, and multiple layers of the geogrid enhance soil/geogrid interaction. TENAX MS™ 500 geogrid greatly improves the geogrid interlocking capacity, distributes applied loads, and prevents localized shear failure. Typical applications: Soft soil stabilization, base reinforcement, embankments over soft soils, working platforms, haul roads.

Integrally formed biaxial geogrid made from a polypropylene polymer. Load Transfer Mechanism: Positive Mechanical Interlock. Primary applications: base reinforcement, subgrade improvement.

Integrally formed biaxial geogrid made from a polypropylene polymer. Load Transfer Mechanism: Positive Mechanical Interlock. Primary applications: base reinforcement, subgrade improvement.