Carbon Fiber Reinforcements
Systems of structural reinforcement in compound materials
Lower costs, maximum guarantee.
SOLINTEL offers an efficient service based on a deep knowledge of the product's cycle value: Engineering, a large variety of configurations and weights, resins, skilled labor and innovative application technologies.
Structural Types Beams |
Solicitations Flexion |
Implementation Causes
Change of a structural use |
How does a reinforcement based on a compound material work?
The principle of reinforcement is based on the contribution to the structural element, of a material with very good mechanical properties (compound material) that enhances the structural element resistance capacity. The transfer of tensions between the support and the laminate is made using an epoxy resin.
Our experience:
Over the last 14 years, the necessary technology has been developed in order to optimize the design and the execution of reinforcements on existing structural elements, based on new materials. More than a hundred successful applications has been already done, which ensures the system's suitability.
| FR-TEX CARBON |
FR-TEX GLASS |
|
| Fiber types |
Carbon |
Glass |
| Traction resistance |
4140 Mpa |
1520 Mpa |
| Elastic module |
230 Mpa |
73 Gpa |
| Deformation |
1.8% |
2.1% |
| Density |
1.79 g/cm3 |
2.56 g/cm3 |
Why use SOLINTEL's Reinforcement System?
The use of SOLINTEL's Reinforcement System presents clear advantages over more traditional methods such as re-growth or the adjustment of steel sheets:
- Lightness of the reinforcement.
- Faster execution process.
- Simpler auxiliary means.
- Great mechanical uses.
- Great behavior in aggressive environments.
The system adjusts to any particular necessities imposed in each study case.
