Structural Strengthening with Carbon Composites

We provide complete engineering solutions for strengthening and rehabilitation of buildings, bridges, and industrial structures using advanced carbon composite systems.

Engineering Expertise.
Proven in Practice.

With more than 14 years of experience and over 350 completed projects, we provide comprehensive structural strengthening solutions — from structural assessment and engineering design to material selection and installation. Our expertise in both carbon composite manufacturing and construction allows us to develop solutions tailored to the actual requirements of each project.

Structural Strengthening Solutions.

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Columns & Piers

Strengthening of columns and vertical load-bearing elements using carbon composite systems.

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Slabs & Floors

Strengthening of floor slabs and other horizontal structures when loads increase or structural capacity needs to be restored.

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Beams & Girders

Strengthening of reinforced concrete and other structural beams to increase load-bearing capacity and restore damaged structures.

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Masonry Structures

Strengthening of brick, block and stone structures using composite reinforcement systems.

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Industrial Structures

Strengthening and rehabilitation of bridges, overpasses, tunnels and other infrastructure structures.

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Bridges & Infrastructure

Strengthening and rehabilitation of bridges, overpasses, tunnels
and other infrastructure structures.

When Structural Strengthening Is Required.

Changes in Structural
Configuration

Strengthening required after openings, removal of structural elements or changes to the original layout.

Structural Damage

Repair and strengthening of structures affected by cracks, corrosion, fire, impact or other damage.

Increased Loads

When the design load of a structure increases due to reconstruction, change of use or installation of new equipment.

Extension of
Service Life

Increasing the durability and reliability of existing structures without complete reconstruction.

Seismic Strengthening

Improving structural resistance to seismic loads.

Load-Bearing Capacity
Restoration

Restoring the capacity and serviceability of aging or deteriorated structures.

Why Carbon Composites?

Properly designed and installed systems provide durable structural reinforcement.

Long-Term Performance

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Composite systems can be applied to structures with complex geometry and limited access.

Adaptability

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Carbon composites do not corrode and are suitable for demanding operating environments.

Corrosion Resistance

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Carbon reinforcement systems can often be installed faster than traditional strengthening methods.

Fast Installation

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Thin composite systems add little weight and require minimal changes to existing structures.

Minimal Structural Impact

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High mechanical performance with minimal additional weight.

High Strength-to-Weight Ratio