Fortrac 110 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 110 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 150/30-30 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fornit 20 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 200/30-30 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 35 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 45 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 55 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 65 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 80 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.

Fortrac 85 is compromised of high tenacity polypropylene yarns, crafted into a stable, interlocking pattern and then coated for protection from installation damage. They are easy to install and resistant to chemical, biological, and ultra-violet exposure. The high-junction strength capacity provides an efficient tensile reinforcement for a wide range of soil types. Fortrac has been developed for retaining walls, steepened slopes, roadways, and landfill lining systems.