GEOTEXAL is multifunctional

GEOTEXAL® combines all the requirements of a variety of properties in a single product. For this reason, the main field of use of GEOTEXAL® is on fragile subsoils where, in addition to reinforcement, filtering and separating properties are required. Typically, this means basements with a CBR value of less than 3%. Thus, the fields of application of GEOTEXAL® are in the reinforcement of base layers, foundations, access roads, pipe trenches and in the entire road construction sector. The range of products available incorporates varying degrees of tensile strength and nonwoven components and covers a variety of applications. GEOTEXAL® is therefore an all-purpose product for universal applications

Advantages of GEOTEXAL

  • Reinforcement, filtration, separation and drainage in a single product, reducing the thickness of the aggregates
  • High resistance against installation damage
  • Strong and resistant non-woven geotextile
  • High resistance to biological and chemical degradation
  • Quick and easy to install

GEOTEXAL is safe

Il est disponible en polypropylène (PP) ou en polyester (PET), selon les exigences du projet. Il convient à une utilisation dans tous les milieux naturels. Les produits  GEOTEXAL® sont des éléments de renforcement de sol supérieurs car ils résistent aux charges de traction de service avec un très faible allongement. Il en résulte une connexion de force immédiate et un verrouillage avec le sol de remblai sans déformation primaire

GEOTEXAL is economical

GEOTEXAL® is extremely quick and easy to install, significantly reducing installation costs. System solutions using GEOTEXAL® can reduce road base layer thickness and often avoid the need to replace weak subgrades, conserving resources and saving costs

GEOTEXAL is simple

GEOTEXAL® can be installed in almost any weather condition without heavy equipment or special construction techniques. The panels are joined and the continuity is ensured by simple overlaps. Standard cutting tools can be used for on-site cutting, and for steep slopes various geometric shapes can be formed if required