Repair, Reinforcement and Restoration
Perfect Repair, Maximum Strength
Years of Experience
Advanced Repair and Reinforcement
Protection, Renewal and Improvement
More Resistant to External Factors
Advanced Solutions
Suitable Materials for All Structures
FİXA Repair, Reinforcement and Restoration Materials
FİXA’s high-performance repair, reinforcement and restoration systems restore the structural integrity of buildings. They provide maximum durability and long-term safety in every square meter.
What is Repair and Reinforcement?
Redefine Your Load-Bearing Capacity Ready for Earthquakes, Ready for the Future Preserve the Past, Strengthen the Future
Our CFRP (Carbon Fiber Reinforced Polymer) and GFRP (Glass Fiber Reinforced Polymer) reinforcemening systems significantly enhance shear, flexural and ductility capacity in reinforced concrete elements. With their high modulus of elasticity, low weight and corrosion resistance, they allow your structures to be used safely for many years with minimal additional load.
With FRP composite systems, we eliminate rigidity losses in columns, beams and slabs, improving performance under seismic loads. These systems not only strengthen the existing load-bearing capacity but also enhance energy dissipation and load-carrying properties, ensuring safety.
Our TRM (Textile Reinforced Mortar) and FRP solutions improve structural integrity in historic domes, vaults and arches while preserving their original architecture. With modern engineering techniques, we carry the value of the past into the future.
Why is Repair and Reinforcement Important?
Throughout their service life, structures may experience crack formation, section loss and reduced load-bearing capacity due to environmental effects (carbonation, chloride ion penetration, freeze-thaw cycles), mechanical stresses (overloading, fatigue, vibration) and seismic impacts. This not only compromises structural safety but can also lead to significant economic losses. Repair and reinforcement applications ensure early intervention for damages, increase the rigidity and ductility of load-bearing systems and extend the service life of structures. Compared to demolishing and rebuilding, it offers a much faster, more economical and sustainable solution. Especially in earthquake-prone regions, advanced engineering solutions such as CFRP/GFRP systems, TRM (Textile Reinforced Mortar) applications and epoxy injection techniques play a critical role in making existing structures resilient against potential future hazards. FİXA develops high-performance, reliable and durable systems in this field.
What Are Repair, Reinforcement, and Restoration Products?
FİXA provides all construction chemicals a structure may need from its initial construction to the end of its service life, all with high-performance standards. Particularly in earthquake-prone regions, before engaging in urban transformation, FİXA offers safe, economical and fast applications for reinforcing lightly and moderately damaged buildings through FRP systems, TRM solutions and epoxy-based repair techniques.
FİXA Repair, Reinforcement and Restoration Materials – Protect Your Structures Against the Past
High strength and easy application.
Application Areas: Surface cracks, ceiling and wall joints, void filling under load-bearing machines.
Based on natural hydraulic lime (NHL), allows the structure to breathe.
Application Areas: Repair of lime-plastered wall surfaces, traditional architectural structures, humid environments such as mosques and madrasas.
High adhesion strength, high chemical resistance, low shrinkage and contraction.
Application Areas: Bonding of prefabricated elements. Repair of infrastructure components such as tunnels, bridges, viaducts and dams.
Increased earthquake resistance, fast application and low labor requirements.
Application Areas: Structural system reinforcements, bridges and infrastructure elements.
To explore all our references in the fields of repair, reinforcement and restoration, please contact us.
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Application Areas of Repair, Reinforcement and Restoration Products
- Horizontal and vertical repair applications
- Repair and restoration of concrete and precast concrete elements
- Non-structural crack repairs
- Repair of reinforced concrete with surface defects
- Structural repairs of reinforced concrete
- Floor repairs with abrasion and impact resistance
- Anchorage and bedding applications
- Repair of structural wide cracks
- Repair stages of pile heads in bored pile foundations before waterproofing
- Repair and maintenance of marine structures
- Repair of reinforced concrete structures exposed to sulfate attack
- Fixing of poles and urban furniture
- Repairs requiring high strength
- Installation, anchoring and rebar extensions on all types of surfaces
- Structural bonding
- Bonding of carbon fiber reinforcement fabrics to surfaces and concrete strengthening
- Application and installation of carbon plates on structures reinforced with Plate Systems
- Seismic strengthening of structures with carbon fiber
- Structural reinforcement of elements such as columns, beams, and slabs
- Repair and reinforcement of columns, beams, and slabs in lightly to moderately damaged structures
- Authentic reinforcement of historical buildings, restoration, and repair of cultural heritage structures
- Repairs within restoration works
- Restoration of historical monuments
- Preparation of Horasan mortar
- Repair or reinforcement of historical masonry structures
- Surface finishing of plaster in historical buildings
For detailed information about all the repair and reinforcement solutions you need for the damaged or weakened parts of your structures and for product support tailored to your projects, you can contact us at info@fixaco.uk and +44 (0) 2081 760680
Why FİXA Repair, Reinforcement and Restoration Applications?
Quality and Reliability
Products with TSE and CE certification, complying with international standards.
Technological Superiority
Easy Application
Everything You Need to Know About Repair, Reinforcement and Restoration
This should be done in cases such as concrete cracks, corrosion in reinforcement, concrete spalling, damage to the load-bearing system, aging, or post-earthquake weakness. Reinforcement may also be necessary in structures whose intended use has changed. This significantly increases the safety and lifespan of the structure.
While repair aims to repair cracks, voids, or surface deterioration within a structure, strengthening involves practices designed to increase the strength of the structural system. Strengthening ensures the structure’s durability against future loads.
It can be safely applied to reinforced concrete surfaces such as columns, beams, slabs, curtain walls, and foundations, as well as industrial floors, facade surfaces, and bridge elements. This allows for a wide range of applications in both horizontal and vertical applications.
Curing time depends on the product used, ambient temperature, and application thickness. While fast-setting mortars can gain strength in a few hours, some systems reach their final strength in 24 hours. These times greatly simplify work schedule planning.
Yes. It features solvent-free, low-VOC, and environmentally friendly formulations. Applications consider both environmental and human health, supporting sustainable construction solutions.
Carbon fiber fabrics, glass or basalt fiber systems, high-strength reinforced concrete sheathing, and FRP systems can be used. Material selection is determined by engineers based on the needs of the structure.
Its high tensile strength, low weight, corrosion resistance, and short application time ensure minimal additional load on the structure. It can also be applied without compromising its aesthetic appearance.
It is used to fix carbon fiber, steel plate, or other reinforcement elements to concrete with high adhesion, ensuring a secure connection for many years.
First, the rust is removed, a protective rust-inhibiting coating is applied, and then the reinforcement is filled with repair mortar. This stops the progression of corrosion and maintains the reinforcement’s capacity.
High-quality epoxy resins and UV protection ensure high performance for decades. Regular maintenance and protective coatings extend its lifespan even further.
It is applied to structures where column cross-sections are inadequate, bearing capacity has decreased after an earthquake, or where the intended use has changed. This allows the columns to be adapted to the new load conditions.
This period depends on the curing time of the system used and the safety checks on the structure. It can take several days for rapid systems and months for traditional methods, ensuring projects are completed without delay.
It has high adherence, low shrinkage, and high strength formulas that comply with EN 1504. This ensures that international quality standards are met.
First, structural damage is identified, then a reinforcement project is developed using engineering analysis. Once implemented, the structure is made safe again.
If dust, oil, loose particles, and old coatings are not removed, adhesion will decrease and reinforcement performance will be compromised. A well-prepared surface ensures long-lasting system performance.
It can be applied uniaxially or biaxially in directions where tensile stresses are concentrated. This way, the reinforcement efficiency is increased by targeting weak areas of the structure.
Repair mortar only repairs the damaged area, while reinforcement increases the structure’s overall load-bearing capacity. The two processes are often applied together to achieve maximum benefit.
Yes. Special formulas have been developed that are low modulus, breathable, and do not damage the original material. This makes them safe for use in restoration projects.
The type of system used, the size of the area to be used, the labor time, and the quality of the materials determine the cost. Accurate pre-sales surveying keeps the budget under control.
Competent civil engineers, experienced application teams, and reliable manufacturers providing technical support. This collaboration provides both safe and economical solutions.