X-Grid PET-C-0 400/50
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures
X-Grid PET-C-0 350/50
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures
X-Grid PET-C-0 300/50
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures
X-Grid PET-C-0 250/50
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures
X-Grid PET-C-0 200/20
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures TECHNICAL DATA SHEET
X-Grid PET-C-0 150/20
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures TECHNICAL DATA SHEET
X-Grid PET-C-0 110/20
Reinforcement uniaxial geogrids: PET with polymeric coating Knitted uniaxial reinforcement geogrid made from high-strength polyester yarn, with a protective polymer coating. Used in landfill applications, and in reinforced soil projects. Functions Reinforcement (landfills and contaminated sites) Reinforcement (reinforced earth structures) Applications Landfills and contaminated sites Reinforced earth structures TECHNICAL DATA SHEET
X-Grid FG-BC-PPL 100/100
Fibreglass biaxial geogrid X-Grid FG-BC-PPL is a biaxial FG grid incorporating a lightweight PP nonwoven geotextile backing – bitumen coated product. “L” light non-woven geotextile. Used in road applications. Functions Reinforcement Applications Roads TECHNICAL DATA SHEET
X-Grid FG-BC-PPL 50/50
Reinforcement biaxial geogrids X-Grid FG-BC-PPL is a biaxial FG grid incorporating a lightweight PP nonwoven geotextile backing – bitumen coated product. “L” light non-woven geotextile. Used in road applications. Functions Reinforcement Applications Roads TECHNICAL DATA SHEET
System for reinforced soil retaining structures
T-System is the system from TeMa Geo Solutions that includes various components for strengthening, surface erosion control, drainage and retaining used in the construction of reinforced soil retaining structures: innovation that we’ve been exploring here at TeMa since our inception 30 years ago, and that is now one of our hallmarks. Let’s take a more