Aes

We provide durable and high-performance Double Twist Mesh Rockfall Netting solutions designed to prevent rockfall hazards and protect roads, railways, and infrastructure located in hilly or mountainous regions.

Scope of Work Includes:

• Supply and installation of double twist wire mesh panels

• Anchoring and fastening with suitable support systems

• Slope stabilization and surface protection works

• Corrosion-resistant galvanized or PVC-coated steel mesh

• Site inspection, design assistance, and maintenance support

Our netting systems are engineered for maximum strength, flexibility, and long-term performance, ensuring safety and stability even in extreme environmental conditions.

Double Twist Mesh Rockfall Netting is a flexible wire-mesh system woven in a double-twist pattern. This design prevents unraveling even if one strand breaks, making it ideal for containing loose rocks and debris on slopes or cliffs.

• High Strength & Durability – Double-twist weave resists unraveling, offering superior protection compared to single-twist meshes.

• Flexible & Adaptable – Conforms to irregular slopes and terrain easily.

• Corrosion Resistant – Galvanized or PVC-coated wire extends service life in harsh conditions.

• Cost-Effective Maintenance – Easy to repair or replace damaged sections.

• Enhanced Safety – Prevents loose rocks and debris from falling onto roads, railways, or construction zones.

• Highways & Railways – Protects roads and tracks from rockfall in hilly or mountainous regions.

• Cliff & Slope Stabilization – Used in landslide-prone areas to hold loose soil and rock.

• Mining & Quarry Sites – Safeguards workers and equipment from falling debris.

• Bridge & Tunnel Approaches – Prevents rockfall around infrastructure portals.

• River Banks & Coastal Areas – Works as part of erosion control systems.

Construction of Rock Fall Embankment for protection against falling rocks and debris from hill slopes. The embankment is designed to absorb and resist the impact energy of falling rocks, ensuring the safety of the road, structure, or surrounding area.

The work includes:

• Excavation, levelling, and preparation of foundation as per design and site conditions.

• Placement of rockfill material in layers, using well-graded hard and durable rock boulders of specified size.

• Proper seating, interlocking, and compaction of boulders to achieve structural stability and permeability.

• Provision of toe wall, filter layer, and drainage arrangements as per approved drawings.

• Construction in specified profile, height, and width, maintaining alignment and slope as per engineering design.

• All materials, labour, tools, plant, and equipment required for complete execution of the work as directed by the Engineer-in-Charge.