Our Services

Demolition &
Structural
Strengthening

Two comprehensive service verticals covering every aspect of RCC demolition, repair, and structural retrofitting.

Category A

Demolition Services

Comprehensive demolition capabilities from precision diamond sawing to complete structural teardown and debris management.

Large concrete blocks cut by wire saw waiting to be lifted from a pit

Controlled Demolition — Diamond Sawing

PRECISION | SAFETY | EFFICIENCY

CONCRETE SOLUTIONS maintains a large and versatile fleet of diamond sawing, coring, and drilling equipment for precision concrete cutting and controlled structural demolition. Our equipment enables wall sawing, floor sawing, wire sawing, concrete coring, drilling, cutting, and selective demolition across a wide range of RCC structures.

Wall Sawing
Cutouts in walls and slabs, removal of complete panels
Wire Sawing
Large volumes of concrete — bridge piers, towers, machinery bases, d-walls, piles
Diamond Drilling
Deep drilling for anchor fixing applications, precise coring
Plunge Sawing
One-sided access cutting of concrete members

Excavator demolishing a multi-storey building with green safety netting

Demolition & Debris Management

SAFE DEMOLITION | CLEANER SITES

CONCRETE SOLUTIONS has undertaken demolition of structures, buildings, terminal buildings, and metro structures, with a complete fleet of hydraulic demolition tools — from controlled selective demolition to full structural teardown, executed safely and in compliance with dust mitigation norms.

Complete Demolition
Full-fleet hydraulic demolition for structures, buildings & bridges
Structural Teardown
Controlled, safety-compliant teardown with dust mitigation
Debris Salvage
On-site sorting — steel, rebar & metals separated for recycling
Debris Disposal
Regulation-compliant disposal channels for concrete and masonry rubble

Brokk demolition robot working inside a metro tunnel lining

Robotic Demolition — Brokk System

POWER IN TIGHT SPACES

CONCRETE SOLUTIONS owns a fleet of Brokk demolition robots — remote-controlled, compact, and highly manoeuvrable — ideal for confined spaces and the metro tunnelling industry without sacrificing power.

Versatile
Drilling, rock breaking, concrete crushing, excavating, scaling, debris removal
Fully Electric
No fumes — safe for enclosed and underground environments
Remote-Controlled
Operator safety away from falling debris and hazardous areas
Tunnels & Kilns
Top-down demolitions, demolition in kilns, furnaces & underground

Category B

Structure Strengthening & Retrofitting

Comprehensive retrofitting solutions — restoring structural integrity and adapting existing RCC structures to meet new functional, loading, and performance requirements.

EXISTING STRUCTURES STRONGER FOR TOMORROW

Basement column encased in bolted steel plates

B1Featured Service

Steel Plate Strengthening

Steel plate jacketing is a proven retrofitting technique for strengthening reinforced concrete columns and beams, particularly where a structure needs greater load-carrying capacity, improved ductility, or better seismic performance. The method involves encasing the existing member with fabricated steel plates, precisely fitted around the column or beam-column junctions, and secured with mechanical/chemical anchors.

Seismic Retrofit
Strengthening columns/beams for improved seismic performance
Load-Capacity Upgrades
Added floors, heavier equipment, change of occupancy
Beam Soffit Strengthening
Steel plate strengthening along beam soffit
Beam-Column Joints
Steel plate jacketing at beam-column junctions

Workers on scaffolding wrapping a concrete column in black carbon fibre sheet

B2Featured Service

CFRP Composite Strengthening

Carbon Fibre Reinforced Polymer (CFRP) strengthening is a lightweight, non-intrusive method for restoring and enhancing the load-carrying capacity of columns, beams, and slabs without adding significant dead weight. High-strength carbon fibre sheets or laminates are bonded to the concrete surface using structural epoxy, working compositely with the existing member to boost flexural, shear, and axial strength.

Minimal Dead Weight
No significant increase in section size or weight
Fast Installation
Minimal disruption to occupancy or operations
FVD Dampers
Installation of fluid viscous dampers for seismic retrofitting
Corrosion-Resistant
Durable for both indoor and exposed structural elements

Dense reinforcement mat across a basement floor before concreting

B3Featured Service

RCC Footing Strengthening

Existing column and wall footings can become inadequate over time due to increased structural loads, additional floors, change of building use, design/construction deficiencies, or long-term deterioration from moisture and soil movement. CONCRETE SOLUTIONS has delivered several projects that added floors or underwent a change in use, requiring strengthening of footings.

Step 1: Excavation
Exposure of existing footing/pedestal to sound substrate
Step 2: Dowelling
Reinforcement dowelling & tie-in for composite action
Step 3: Concreting
Formwork, concreting & curing to design specification
Load Upgrades
For added floors, change of use, design deficiencies

Column formwork braced with steel props inside an occupied building floor

B4Featured Service

RCC Jacketing — Columns, Beams & Shear Walls

Columns and beams are the primary gravity load-carrying members of an RCC frame. Increased load demand, fire damage, or deterioration can leave existing members under-capacity. CONCRETE SOLUTIONS has delivered several projects requiring strengthening of columns, beams, and shear walls, including structures that suffered severe fire damage.

Flexural & Axial Capacity
Restores/enhances load-carrying capacity of columns and beams
Fire Damage Repair
Strengthening of fire-damaged structural members
Shear Wall Strengthening
New shear walls and jacketing for lateral load resistance
Seismic Compliance
Lateral load upgrades for code compliance and seismic retrofitting

Worker on scaffolding applying coating to a repaired concrete beam

B5Featured Service

Corrosion Treatment & Mitigation

Corrosion of reinforcement is the leading cause of RCC deterioration in India's climate — driven by chloride ingress and carbonation. As embedded steel rusts, it expands, cracking and spalling the surrounding concrete and progressively reducing load-carrying capacity. CONCRETE SOLUTIONS undertakes restoration of affected members facing severe deterioration.

Step 1: Removal
Spalled & contaminated concrete removed to sound substrate
Step 2: De-Rusting
Anti-corrosive priming of reinforcement
Step 3: Reinstatement
Polymer-modified mortar reinstatement of section
Step 4: Protection
Anti-carbonation coating & corrosion inhibitors

Design & Build Contracts Available

Ready to Discuss
Your Project?

Our engineering team is experienced in technically demanding structural works. Contact us with your project requirements for a consultation.

Demolition &StructuralStrengthening