– More economical compared to traditional retaining walls. – Reduces material and labor costs significantly.
– Quick execution with minimal disruption to the site. – Ideal for time-sensitive infrastructure projects.
– Perfect for slopes, excavations, tunnels, and embankments – Adapts to various soil and site conditions.
– Preserves existing vegetation and natural aesthetics –Less invasive compared to other stabilization methods
– Provides robust, long-lasting support. – Reduces chances of slope failure or soil movement.
– Protects infrastructure, workers, and communities from landslides and erosion. – Trusted in geohazard-prone areas like hill areas
– Can be applied without dismantling nearby buildings or roads. – Ideal for urban and highway projects.