Aes

Providing, drilling, installing, grouting, and tensioning of Prestressed Rock Anchors for stabilization of slopes, retaining walls, foundations, or other geotechnical structures as per approved design and specifications.

The work includes:

• Drilling of boreholes of specified diameter and depth through soil or rock strata using suitable drilling rigs.

• Supply and installation of high-tensile steel tendons (bars or strands) complete with centralizers, grout tubes, sheathing, and anchor heads.

• Grouting of boreholes with cementitious grout under controlled pressure to achieve full bond length and corrosion protection.

• Installation of bearing plates, anchor heads, wedges, and couplers as per design details.

• Tensioning (prestressing) of anchors to the specified load using calibrated hydraulic jacks and locking off at the required force.

• Conducting pull-out and load testing on selected anchors to verify performance and compliance with specifications.

• Includes all materials, labour, tools, jacks, pumps, gauges, grouting equipment, scaffolding, and safety arrangements required for complete and satisfactory execution as directed by the Engineer-in-Charge.

Rockfall Protection Works specializes in safeguarding infrastructure and communities from rockfall hazards through advanced engineering solutions. Our services include the design, installation, and maintenance of effective rockfall mitigation systems, such as barriers, mesh drapery, and netting, tailored to the specific geological conditions of each site.
We conduct thorough site assessments to identify potential risks and develop customized strategies that enhance safety and protect against falling debris. Our rockfall protection systems are engineered to withstand extreme weather conditions and high-impact forces, providing reliable safety for roads, railways, and buildings in vulnerable areas.
Safety is our top priority. We adhere to stringent industry standards and best practices throughout the installation process, ensuring minimal environmental impact while maximizing performance. Our commitment to quality guarantees durable solutions that stand the test of time.
Whether you need to protect a new construction site or reinforce existing infrastructure, Rockfall Protection Works delivers effective, innovative solutions designed to enhance safety and preserve the integrity of your projects. Trust us for expert craftsmanship and dedicated service, ensuring peace of mind in rockfall-prone areas. Let us help you create a safer environment with our specialized protection services.

Rockfall Protection Services specializes in safeguarding infrastructure and communities from rockfall hazards through advanced mitigation solutions. Our expert team designs and installs robust protection systems, including rockfall barriers, mesh drapery, and netting, tailored to the specific geological conditions of each site.
We conduct thorough site assessments to identify potential risks and customize our approach, ensuring optimal coverage and effectiveness. Our protection systems are engineered to withstand extreme weather conditions and high-impact forces, providing reliable safety for roads, railways, and buildings located in vulnerable areas.
Safety is our top priority. We adhere to strict industry standards and best practices throughout the installation process, minimizing environmental impact while maximizing performance. Our commitment to quality guarantees that our rockfall protection solutions are durable and long-lasting.
Whether you need to protect a new construction site or reinforce existing infrastructure, Rockfall Protection Services delivers effective, innovative solutions designed to enhance safety and preserve the integrity of your projects. Trust us to provide expert craftsmanship and dedicated service that ensures peace of mind in rockfall-prone areas.

Soil Nailing is an advanced ground reinforcement technique used to stabilize slopes, excavations, and retaining walls in both temporary and permanent applications. This method involves inserting high-strength steel bars (nails) into pre-drilled holes in the soil, then grouting them in place to create a reinforced composite mass that resists deformation and failure.