Geomembrane derives its name from the combination of the English words "GEO," meaning earth or ground, and "MEMBRANE," meaning a separating or selective barrier. As the name implies, Geomembrane (or Geosynthetic Membrane) refers to synthetic insulation sheets used for separation and impermeability purposes on soil, concrete, rock, surfaces, and foundations.
The use of geomembranes is not limited to subsoil applications. Depending on their properties, they can also serve as a final layer in building foundations, ponds, dams, agricultural reservoirs, and similar applications.
Product Features
• Highly resistant to chemicals.
• UV resistant.
• Rough surface reduces friction.
• Highly resistant to organic and inorganic solutions.
• Extremely resistant to cracks.
• Resistant to natural conditions.
• Resistant to punctures and jumps.
• Low permeability.
Geomembranes are produced in layers of various widths and thicknesses by processes such as extrusion and calendering of the mixture formed by adding various substances such as polymer resin and antioxidants, plasticizers, fillers, carbon black and lubricants to the raw material. Geomembranes are resistant to chemicals, have low permeability, provide high resistance to puncture and cracking, are long-lasting, have high strength and elongation, have many advantages such as UV resistance, flexibility, ease of application and low cost.
Single-sided rough geomembrane is placed on the material to prevent slipping by using rough geomembranes, and the number of roughness per m² of roughness height increases the adhesion and friction coefficient and prevents slipping. Thus, it helps to hold onto the ground better and provides ease during application. Geomembranes, which are produced in different thicknesses according to the application areas for high and medium slope slope land conditions, are also produced as rough in order to be suitable for the field slope.
