
Turkey's Leading Carbon Fiber Strengthening Solutions
We strengthen your structures against earthquakes with modern carbon fiber technology. We offer reliable and permanent solutions with our expert team.
Professional Carbon Fiber Strengthening Solutions
Carbon fiber strengthening systems extend the life of your structures, increase earthquake resistance, and make existing structures safe. We provide the most suitable solutions with our expert team.
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Why Choose Us?
We make a difference with our expert team and innovative solutions in carbon fiber strengthening
Expert Team
We offer the highest quality service with our engineers and technical team specialized in their fields.
High-Quality Materials
We use internationally certified, high-quality carbon fiber materials.
Fast Application
We complete our carbon fiber applications quickly and efficiently.
Affordable Prices
We offer competitive pricing with quality carbon fiber strengthening solutions.
Guaranteed Service
All our carbon fiber strengthening applications are covered under long-term warranty.
Earthquake Resistance
We provide special solutions that increase your building's resistance against earthquakes.
Latest Updates
Latest developments about our carbon fiber strengthening techniques and ongoing projects.


FRP reinforcement

carbon fiber reinforcement for masonry walls

carbon fiber reinforcement for concrete beams

carbon fiber reinforcement for concrete columns

carbon fiber reinforcement
Frequently Asked Questions
Your questions and more about carbon fiber strengthening.
Carbon fiber strengthening is a structural reinforcement technique that uses high-strength carbon fiber polymer (CFRP) composite materials to enhance the durability and load-bearing capacity of existing structural elements (columns, beams, slabs, etc.).
It can be applied to various structures including reinforced concrete, masonry, wood, and steel. It is especially effective for earthquake-prone buildings, bridges, viaducts, and historical structures.
The duration depends on the size of the project and the condition of the structure. However, it is generally faster than traditional methods and can often be applied while the building remains in use.
The cost is determined based on the area to be applied, material quantity, and project complexity. For more details and a custom quote, please contact us.