Aes

    AES  is the recognised leader in providing rock and soil anchoring solutions to the civil engineering and construction markets.

Ground anchors are effectively restraining devices used in many different types of structures including retaining walls, dams, wharves, bridge abutments and foundations for buildings. Ground anchors are stressed (active anchorage) to prevent structural movement and they typically transfer their load over a fixed length.

upport of excavation for deep basement construction

Highway retaining walls

Grade separation retaining walls

Rehabilitation of failing retaining walls

Slope stability and landslide control

Tiedown anchors to resist buoyancy forces

Bridge abutment walls

Tunnel portal walls

Provide resistance to earthquake loading

Resistance to overturning moments for towers and dams

Anchorages for suspension bridges

Additional Information:

• Item Code: AES-RA-01
• Production Capacity: 50 PER DAY
• Delivery Time: 3 DAYS
• Packaging Details: STD

AES is a trusted name in Prestressed Rock Anchor Services, with over 12 years of experience providing safe, efficient, and durable ground stabilization solutions for industrial, commercial, and infrastructure projects. Our certified teams use advanced anchoring techniques and premium materials to reinforce rock faces, slopes, and foundations, ensuring long-term stability and safety.

Every project is customized to site-specific conditions, carried out with minimal disruption, and backed by strict quality and safety standards. From slopes and tunnels to bridges, retaining walls, and industrial structures, AES delivers prestressed rock anchor solutions that combine precision, reliability, and structural integrity.

Rock Anchoring Services involve the installation of high-strength steel anchors into competent rock strata to provide structural stability, load transfer, and long-term reinforcement to foundations, slopes, retaining walls, tunnels, and underground excavations. The process consists of drilling anchor holes, inserting steel tendons or threaded bars, securing them with cementitious or resin grout, and applying post-tensioning where required.

Foundation Rock Anchoring is a high-strength structural stabilization technique used to transfer building and foundation loads securely into competent rock strata. This system consists of drilling anchor holes into rock, inserting steel tendons or threaded bars, grouting them into position, and applying tension to achieve permanent load resistance. The anchor system effectively restrains uplift, lateral movement, settlement, and sliding forces acting on foundations.

We provide specialized Rock Anchoring Services to improve stability and load-bearing capacity of rock masses in construction, infrastructure, and mining projects. Rock anchoring involves installing high-strength steel anchors or self-drilling anchors (SDA) into rock strata and securing them with grout to control movement, support excavations, and enhance structural safety.

Our services are executed using advanced drilling equipment and experienced crews, following IS standards, project specifications, and safety regulations to ensure reliable and long-term performance.

We provide specialized Rock Anchoring Services in Mumbai for infrastructure, commercial, residential, and coastal construction projects. Our services are designed to stabilize rock strata, improve slope safety, and enhance load-bearing capacity in challenging geological and urban conditions common across the Mumbai region.

Rock anchoring is executed using high-strength steel anchors, self-drilling anchors (SDA), and grouted rock bolts, ensuring long-term stability for excavations, basements, slopes, and retaining structures. All works comply with IS codes, project specifications, and safety norms, especially suited for Mumbai’s hard rock, reclaimed land, and coastal soil conditions.

We provide professional Drilling Services using advanced equipment and experienced operators to deliver accurate, safe, and efficient drilling solutions for civil, geotechnical, and infrastructure projects. Our services are suitable for soil, rock, and mixed strata conditions, ensuring reliable performance across all site challenges.
Our drilling works support applications such as rock anchoring, soil nailing, micropiling, grouting, foundation works, slope stabilization, and geotechnical investigations. We follow standard safety practices, quality control measures, and project-specific specifications to achieve precise depth, diameter, and alignment.
 
With a focus on timely execution, structural reliability, and cost efficiency, our drilling services are ideal for residential, commercial, industrial, and infrastructure developments.

Soil reinforced structures with green finishes are engineered earth retaining systems where soil is strengthened using geogrids/geotextiles and the exposed face is designed to support vegetation. The structure behaves like a flexible retaining wall or stabilized slope while providing a natural landscaped appearance.

Instead of concrete retaining walls, the system creates a reinforced soil mass capable of resisting earth pressure, erosion, and settlement, while the front face allows grass, shrubs, or creepers to grow — making it both structural and aesthetic.

Stream Bank Stabilization involves engineering and bio-engineering measures to protect riverbanks, stream banks, and drainage channels from erosion, scouring, and collapse caused by flowing water, floods, and seasonal variations. The objective is to ensure long-term bank stability, protect nearby infrastructure, and maintain natural flow conditions.

Our Stream Bank Stabilization services include site assessment, hydraulic considerations, and implementation of appropriate protection systems using a combination of structural and vegetative techniques. The works are carried out in accordance with approved drawings, environmental guidelines, and site-specific requirements.

These measures help reduce soil loss, control sediment transport, enhance ecological balance, and restore the natural appearance of water bodies.

AES Carbon wrapping for columns is an advanced, non-invasive reinforcement method that improves the load-bearing capacity and lifespan of reinforced concrete structures. This technology offers structural stability, seismic resistance, and long-term durability.

 AES Civil Engineers, we specialize in carbon fibre column strengthening for commercial, residential, and industrial buildings. This method is cost-effective, fast to implement, and ideal for modern construction challenges.

Providing Carbon Fiber Reinforced Polymer (CFRP) Wrapping Services for strengthening and rehabilitation of reinforced concrete structural members such as beams, columns, slabs, bridges, and piers to enhance their load-carrying capacity, flexural strength, and seismic performance.

The work includes:

• Surface preparation by removing loose concrete, laitance, grease, or paint, and grinding/polishing to achieve a smooth, clean substrate.

• Repair of damaged areas using polymer-modified mortar or epoxy resin prior to wrapping.

• Application of primer coat and saturant/epoxy resin over the prepared surface as per manufacturer’s specifications.

• Wrapping of carbon fiber fabric (CFRP sheets) around the member in the required orientation and number of layers to achieve the designed strength enhancement.

• Air removal and compaction using rollers to ensure proper bonding and avoid voids.

• Finishing and protective top coating with UV-resistant sealant or fire-retardant coating, as required.

• Includes all materials, labour, tools, scaffolding, surface preparation equipment, and safety measures necessary for complete and satisfactory execution as per approved design and direction of the Engineer-in-Charge.