STRUCTURAL AND PHYSICAL SUPERIORITY

• +100 Years of Sustainability
Thanks to high chemical and complete corrosion resistance, it extends the life of structures and maintains performance for decades.

• High Tensile Strength
Exhibits up to 2.5 times higher tensile strength compared to steel reinforcement, providing superior durability to structures.

• Complete Corrosion Resistance
Provides full protection against external factors such as moisture, saltwater, and chlorides. With this feature, it is the safest solution for marine structures, ports, and bridges.

• Industrial Durability
Maintains structural integrity in harsh environments such as chemical storage, wastewater treatment, and agricultural facilities.

• Lightweight
Approximately 4 times lighter than steel, providing operational ease in logistics, transportation, and installation processes.

• Low Thermal and Electrical Conductivity
Its non-conductive structure offers a safe working environment during application and use in terms of occupational health and safety.

APPLICATION AND COST ADVANTAGES

• Logistics and Labor Savings
Its lightweight structure accelerates the installation process and provides significant savings in transportation and labor costs.

• Low Operating and Maintenance Costs
Maintenance-free structure and long service life minimize the total project cost.

• Dimensional Flexibility and Practicality
Can be produced in desired lengths according to project needs, enabling fast and practical installation on site.

• Environmentally Friendly
Stands out as a material suitable for sustainable building technologies and sensitive to human health and the environment.

ELECTRICAL AND MAGNETIC SAFETY

• Non-Conductive Structure
Provides complete safety in transformer centers, structures under high-voltage lines, and railway projects as it does not conduct electricity.

• Unaffected by Magnetic Fields
Does not respond to magnetic fields and does not interfere with device operation; this feature makes it safe for use in MRI rooms and areas with sensitive electronic systems.

Ceylan Composite reinforcement solutions are offered as a long-lasting and economical alternative with superior physical and mechanical properties, eliminating corrosion and high maintenance cost issues in reinforced concrete structures.

Transportation Infrastructure (Roads, Bridges, and Barriers)
• Provides full resistance against corrosion caused by de-icing salts, chlorine, and chemical components.
• While extending structural life, periodic maintenance costs are minimized.

Marine and Port Structures
• Thanks to its corrosion-resistant properties, it delivers high performance in coastal structures, piers, and seawalls exposed to saltwater and high humidity.

Wet Areas and Water Structures (Pools, Parking Areas, and Terraces)
• Prevents damage to the structure from chlorinated water, moisture, and de-icing chemicals.
• Cracking and deterioration are prevented, maintaining structural aesthetics and integrity.

Tunnel and Metro Projects
• Its structure can be easily cut by tunnel boring machines, providing practical solutions for temporary systems and on-site concrete.

Foundation and Basement Applications
• In areas with high groundwater levels or corrosive soil content, foundations and basement walls are protected against corrosion.
• Minimizes the risk of cracks in on-site concrete.

Dams and Critical Infrastructure
• With high tensile strength and durability, it is preferred to enhance structural reliability in large-scale water structures and energy infrastructure projects.