Our system provides constructive simplicity and high execution speed in mechanically stabilized earth walls. These have been key factors for its adoption over conventional methods, providing efficient, reliable, and adaptable solutions for various infrastructure projects.
The placement of structural reinforcement and backfill material follows a repetitive layered pattern, similar to traditional earthwork compaction processes.
FOur system allows for continuous, orderly, and easily controllable execution during wall construction. When a concrete panel finish is used, a light crane is required for panel assembly. In the case of a metallic finish, no concrete or lifting equipment is used, optimizing time and resources on site.
The Faber Structor® Wall System is based on the principle of main reinforcement friction and the passive resistance of secondary reinforcement through bidirectional mesh, generating a stable and predictable interaction with the backfill material.
The bond between the reinforcement mesh and the backfill material forms a completely stable composite structure, capable of responding efficiently to static and dynamic loads under various project conditions.
Our walls offer structural and constructive advantages over other conventional systems, as a result of their flexible design, ease of installation, and material efficiency.
Thanks to the use of precast elements and an optimized construction methodology.
The SMFS® System naturally integrates with modern construction requirements.
