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Repairing and Renovation of RCC Structures

Over time, RCC (Reinforced Cement Concrete) structures experience wear and degradation due to aging, environmental factors, or overloading. Our comprehensive RCC repair and renovation services are designed to restore the structural integrity and functional performance of buildings, bridges, and infrastructure without the need for complete reconstruction.

Complete RCC Rehab Solutions Crack Stitching and Jacketing Techniques Structural Restoration & Load Bearing Enhancement

Every RCC renovation project begins with a structural audit to understand the extent of damage and the best solution path. We ensure safety compliance and use only certified materials and proven techniques for lasting results.

Whether you're working with old residential buildings or large-scale industrial projects, our RCC repair services are tailored to meet the unique needs of each structure, improving safety, function, and service life.

Complete RCC Rehab Solutions

Our Complete RCC (Reinforced Cement Concrete) Rehab Solutions address structural deterioration with a holistic approach combining advanced diagnostics, targeted repairs, and protective measures. Whether caused by corrosion, physical damage, or environmental exposure, our solutions restore structural performance and extend lifespan.

Structural Assessment & NDT: Thorough evaluation using rebound hammer, ultrasonic pulse velocity, and core testing to determine damage extent.
Crack and Surface Repair: Epoxy/PU injection and patching to seal cracks and restore integrity.
Concrete Jacketing & Section Enlargement: Reinforcement and dimensional enhancement of deteriorated members for load restoration.
Corrosion Mitigation: Use of inhibitors, protective coatings, and cathodic protection systems to arrest steel degradation.
Surface Protection Systems: Final protective coatings for UV resistance, waterproofing, and carbonation resistance.

These solutions are ideal for RCC buildings, industrial structures, water tanks, parking decks, and infrastructure in need of comprehensive rehabilitation and safety upgrades.

Choose our RCC rehab services for a complete, engineered restoration of your concrete structures with minimal downtime and long-term results.

Crack Stitching and Jacketing Techniques

Our crack stitching and jacketing techniques are proven methods for repairing structural cracks and enhancing the strength of compromised RCC members. These techniques ensure structural continuity, prevent further crack propagation, and increase load-bearing capacity.

Crack Stitching: Use of stainless steel bars or helical ties grouted across cracks to restore tensile strength and structural integrity.
Epoxy Injection: Filling fine cracks with epoxy resin for structural bonding and sealing.
Concrete Jacketing: Encasement of columns, beams, or slabs with additional reinforcement and concrete or micro-concrete to restore or increase strength.
Fiber Wrapping: Application of carbon or glass fiber wraps for seismic strengthening and flexural enhancement.
Custom Engineering Design: Every solution is tailored based on crack width, orientation, structural role, and loading requirements.

These techniques are ideal for use in load-bearing walls, columns, beams, and foundations experiencing cracks due to settlement, thermal expansion, or overload.

Trust our crack stitching and jacketing services to restore structural confidence with minimal disruption and maximum reliability.

Structural Restoration & Load Bearing Enhancement

Our structural restoration and load bearing enhancement services focus on rehabilitating compromised structural members while upgrading their capacity to withstand existing or increased loads. These solutions are suitable for aging buildings, seismic retrofitting, or adaptive reuse projects.

Load Path Reassessment: Structural analysis and redesign to optimize the distribution of loads across rehabilitated members.
Strengthening Techniques: Use of concrete jacketing, steel plate bonding, and section enlargement for critical columns, beams, and slabs.
Advanced Materials: Incorporation of fiber-reinforced polymers (FRP), micro-concrete, and high-strength grouts for performance enhancement.
Foundation Rehabilitation: Underpinning, crack repair, and soil stabilization to ensure safe load transfer to subgrade.
Compliance & Certification: All works are designed and executed as per relevant IS codes and structural safety standards.

These solutions are ideal for structures experiencing load redistribution, increased usage demand, or deterioration due to environmental exposure and aging.

Opt for our structural restoration services to ensure your building’s safety, performance, and longevity while meeting future functional requirements.