Steel Jacketing is a highly effective structural strengthening technique designed to enhance the strength, durability, and seismic resistance of existing buildings and infrastructure. This method involves encasing key structural members, such as columns, beams, and slabs, with a new layer of steel plates or sections, often reinforced with concrete or fiber composites for additional load-bearing capacity.

Why Choose Steel Jacketing?

Over time, structures can experience wear and degradation due to aging, environmental exposure, or increased load demands. Steel Jacketing offers a cost-effective, durable, and efficient solution for improving structural performance without the need for complete replacement or reconstruction.

Key Benefits of Steel Jacketing:

Increased Strength & Load Capacity: Improves the ability of structural elements to withstand higher loads and stress.
Enhanced Seismic Resistance: Provides additional lateral support to structures, making them more resilient to earthquakes.
Corrosion & Fire Protection: Protects against environmental damage, reducing the risk of deterioration over time.
Extended Structural Lifespan: Reinforces aging or damaged structures, prolonging their usability.
Cost-Effective Solution: Avoids expensive demolition and reconstruction while significantly improving safety and
performance.

Ideal Applications for Steel Jacketing:

Aging Infrastructure – Buildings, bridges, and other structures requiring reinforcement due to material degradation.
Seismic Upgrades – Structures needing improved earthquake resistance to comply with modern seismic codes.
Corrosion-Affected Elements – Components exposed to moisture, chemicals, or fire damage requiring added protection.
Increased Load Requirements – Buildings and industrial structures requiring additional strength to support new operational loads.

Our Steel Jacketing Process:

1⃣ Structural Assessment: Comprehensive inspection to evaluate the current condition and identify areas needing reinforcement.
2⃣ Customized Design: Development of a tailored steel jacketing solution based on load requirements and environmental conditions.
3⃣ Steel Encasing: Installation of high-quality steel plates or sections around structural elements, reinforced with concrete or fiber composites if necessary.
4⃣ Secure Fastening & Bonding: Use of advanced welding, bolting, or adhesive bonding techniques to ensure long-lasting reinforcement.
5⃣ Final Testing & Quality Assurance: Rigorous testing to verify strength, durability, and compliance with safety standards.

Why Partner with Us?

Industry Experts with extensive experience in structural reinforcement and retrofitting.
High-Quality Materials that ensure maximum strength and longevity.
Innovative Techniques for efficient and cost-effective strengthening solutions.
Compliance with International Standards to guarantee safety and durability.

Whether you’re looking to reinforce an aging structure, improve seismic resistance, or upgrade load capacity, our Steel Jacketing services provide the perfect balance of strength, safety, and efficiency.

Contact us today to discuss your project requirements and get a customized solution for your structural reinforcement needs!

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What is RCC Jacketing?

RCC Jacketing involves encasing an existing structural element—such as a column, beam, wall, or slab—with a new layer of reinforced concrete. This process enhances the strength, stiffness, and seismic resistance of the structure, making it a preferred technique for structural rehabilitation and retrofitting.

Why Choose RCC Jacketing?

Our RCC Jacketing solutions offer multiple benefits:
Improved Load-Bearing Capacity – Enhances the strength of structural elements to support increased loads.
Extended Structural Life – Protects against aging, corrosion, and environmental wear and tear.
Seismic Retrofitting – Reinforces structures to withstand earthquakes and dynamic forces.
Cost-Effective Solution – Strengthens existing structures without full demolition and reconstruction.
Minimal Disruption – Ideal for occupied buildings, ensuring continued operations with minimal downtime.
Compliance with Modern Safety Standards – Helps structures meet updated regulatory and seismic requirements.

Applications of RCC Jacketing

Buildings & Residential Complexes – Strengthening aging structures and upgrading to meet safety standards.
Bridges & Flyovers – Enhancing the durability of bridge piers, decks, and supporting columns.
Industrial Facilities – Reinforcing factory floors, silos, chimneys, and heavy-load-bearing structures.
Heritage & Historical Structures – Restoring and preserving old buildings with structural reinforcement.
Seismic Retrofitting – Upgrading structures in earthquake-prone areas for enhanced resilience.

Our RCC Jacketing Process

1⃣ Structural Assessment – We conduct a thorough evaluation of the existing structure, identifying weaknesses, load requirements, and damage.
2⃣ Surface Preparation – The affected structural member is cleaned, roughened, and prepared for proper bonding.
3⃣ Reinforcement Installation – Additional steel reinforcement is placed as per design specifications to enhance strength.
4⃣ Formwork & Concrete Application – A shutter or formwork is set up, and high-quality reinforced concrete is poured and compacted.
5⃣ Curing & Finishing – Proper curing methods are applied to ensure durability, followed by surface finishing.
6⃣ Quality Inspection & Testing – A final strength assessment and quality check ensure structural integrity.

Why Choose Us?

Proven Expertise – Years of experience in structural strengthening and retrofitting.
Advanced Techniques – We use cutting-edge materials and engineering methods for optimal performance.
Certified Professionals – A team of skilled engineers and technicians ensuring high-quality execution.
Custom Solutions – We tailor our services to meet project-specific needs and budget constraints.
Timely Execution – On-time project delivery with minimum disruption to operations.

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CFRP is a lightweight yet incredibly strong composite material consisting of carbon fibers embedded in a polymer matrix, offering exceptional tensile strength, corrosion resistance, and long-term durability. It is an ideal alternative to traditional strengthening methods due to its non-intrusive application, high flexibility, and minimal structural weight addition.

Why Choose CFRP for Structural Strengthening?

CFRP technology provides several advantages over conventional strengthening methods:

• High Strength-to-Weight Ratio: Significantly increases structural capacity without adding excessive weight.
• Corrosion Resistance: Unlike steel reinforcement, CFRP is resistant to rust, chemicals, and environmental factors.
• Non-Intrusive Application: Does not require extensive demolition or heavy equipment, ensuring minimal disruption.
• Enhanced Flexibility: Adapts to various structural shapes and configurations.
• Rapid Installation: Reduces construction downtime and associated costs.
• Long-Term Durability: Offers superior performance with minimal maintenance requirements.

Application of CFRP Strengthening

CFRP strengthening is a versatile and effective solution for reinforcing a wide range of structural elements, including:

• Concrete Beams and Slabs – Enhancing flexural and shear strength.
• Columns and Walls – Improving axial and lateral load capacities.
• Steel Structures – Providing additional reinforcement and protection against fatigue.
• Masonry Members – Increasing strength and crack resistance.
• Bridges and Industrial Structures – Extending service life and improving resilience against external forces.

  

Our Expertise in CFRP Strengthening

With extensive experience in CFRP applications, our team ensures precision-engineered solutions that meet the specific requirements of each project. We use industry-best practices and state-of-the-art materials to deliver long-lasting, cost-effective, and highly reliable strengthening solutions.

Our process includes:

1. Structural Assessment: A detailed evaluation to determine the most effective CFRP strengthening approach.
2. Design and Planning: Customized solutions tailored to project-specific needs.
3. Surface Preparation: Ensuring optimal adhesion and bonding for maximum effectiveness.
4. CFRP Installation: Utilizing advanced techniques for seamless reinforcement.
5. Quality Inspection and Testing: Verifying structural performance post-installation.

Industries We Serve

• Commercial and Residential Buildings
• Industrial Facilities
• Infrastructure and Transportation
• Bridges and Highways
• Historical and Heritage Structures
• Marine and Offshore Structures

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Bituminous Membranes

We offer high-quality bituminous membranes designed for superior waterproofing and protection. These membranes provide a durable barrier against water infiltration, preventing structural damage caused by moisture and harsh weather conditions. Our bituminous membrane solutions are ideal for:

• Roof Waterproofing – Ensuring complete protection from rain and leaks.
• Basement Waterproofing – Preventing water ingress and structural decay.
• Foundation Protection – Guarding against groundwater seepage and soil moisture.
• Bridge and Tunnel Sealing – Enhancing longevity in demanding environments.
• Industrial and Commercial Structures – Providing reinforced protection for heavy-duty applications.

Nano-Based Waterproofing Compounds

Our innovative nano-based waterproofing solutions incorporate cutting-edge technology to enhance the longevity and durability of concrete surfaces. These advanced compounds penetrate deeply into structures, offering superior sealing properties that protect against water ingress and environmental factors. Key benefits of our nano-based waterproofing include:

• Deep Penetration – Reaching microscopic pores for a comprehensive seal.
• Enhanced Durability – Strengthening surfaces against wear and tear.
• Eco-Friendly Formulation – Providing non-toxic and sustainable protection.
• UV and Chemical Resistance – Shielding against environmental degradation.
• Versatile Applications – Suitable for residential, commercial, and industrial projects.

  

Miscellaneous Solutions

We understand that every project comes with unique challenges, which is why we offer a range of specialized waterproofing and protection solutions tailored to meet specific requirements. Our miscellaneous services include:

• Customized Waterproofing Plans – Designed to suit diverse architectural and structural needs.
• Protective Coatings – Offering enhanced resistance to corrosion, abrasion, and environmental damage.
• Repair and Restoration – Addressing structural damages with effective waterproofing and reinforcement techniques.
• Joint Sealing and Crack Repair – Preventing water leakage through expansion joints and concrete cracks.
• Damp-Proofing Solutions – Mitigating moisture-related deterioration in walls and basements.

  

Why Choose Us?

• Expertise & Experience – A team of professionals with years of industry knowledge.
• Premium Quality Products – Using the latest technology for effective waterproofing.
• Customized Solutions – Tailored approaches to meet specific project demands.
• Sustainable Practices – Environmentally friendly and long-lasting waterproofing methods.
• Customer Satisfaction – Commitment to delivering reliable and efficient service.

Secure your structures with our top-tier waterproofing, coatings, and protection solutions. Contact us today for a consultation and let us help you build a stronger, more resilient future!

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Why Choose FRP for Rehabilitation and Strengthening?

Traditional rehabilitation methods often involve heavy steel reinforcements that add weight, are prone to corrosion, and require extensive labor. In contrast, FRP materials offer exceptional advantages, including:
High Strength-to-Weight Ratio – FRP materials provide superior reinforcement without adding excessive weight to the structure.
Corrosion Resistance – Unlike steel, FRP does not corrode, making it ideal for structures exposed to moisture, chemicals, or harsh environmental conditions.
Enhanced Durability – With a significantly longer lifespan, FRP ensures minimal maintenance costs over time.
Non-Disruptive Installation – FRP applications are quick and efficient, reducing downtime and avoiding major structural modifications.
Versatile Application – Suitable for bridges, buildings, industrial structures, parking decks, marine structures, and heritage restorations.

Our Specialized Services

Structural Strengthening & Retrofitting
We enhance the load-bearing capacity of aging or damaged structures using FRP wrapping, carbon fiber laminates, and bonded reinforcement techniques.

Seismic Rehabilitation
FRP technology is ideal for earthquake-prone regions, reinforcing buildings and bridges against seismic activities while maintaining flexibility and strength.

Crack Repair & Damage Restoration
We restore deteriorated structures with epoxy injection, polymer-modified repair systems, and FRP reinforcement, ensuring long-term stability.

Corrosion Protection & Waterproofing
By applying FRP coatings, anti-corrosion treatments, and moisture-resistant barriers, we extend the life of structures exposed to harsh environmental conditions.

Concrete Jacketing & Load Enhancement
For structures requiring higher load capacities, we provide FRP jacketing solutions, effectively improving their strength while maintaining their original form.

Applications of Our Rehabilitation Solutions

Bridges & Flyovers – Strengthening of bridge decks, beams, and columns for increased load-bearing capacity.
Buildings & Commercial Complexes – Retrofitting of aging structures, seismic strengthening, and corrosion protection.
Industrial & Marine Structures – Reinforcement of pipelines, tanks, docks, and offshore platforms.
Historical & Heritage Buildings – Structural repairs while preserving the architectural integrity.

Why Trust ICONIC INFRA SOLUTIONS?

Proven Expertise – Years of experience in structural rehabilitation.
Cutting-Edge Materials – We use the latest FRP technologies for efficient and long-lasting solutions.
Customized Solutions – Every project is tailored to meet specific structural requirements.
Cost-Effective Approach – FRP rehabilitation reduces long-term maintenance costs and enhances sustainability.

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