Bidirectional Carbon Mesh Reinforcement Fabric (FRCM) In modern and historical buildings, lime-based reinforcement mortar and FRCM carbon reinforcement mesh are used for the repair and strengthening of historical structures. It is utilized in seismic reinforcement of historical monuments, strengthening of columns, beams, and floors, and in the reinforcement of domes in historical buildings.
| Mass per Unit Area | g/m2 |
|---|---|
| En | mm |
| Coating Ratio | % |
| Coating Type | ends/ 10 cm |
| Nominal Value |
|---|
| 200 |
| Grid |
| 1000 |
| 30% |
| Special Coating |
| Tolerance |
|---|
| ± 5% |
| - |
| ± 2,50% |
| ± 5% |
| Special Coating |
| Test Standard |
|---|
| TS EN 12 127 |
| TS 1635 ISO 21 13 |
| TS 3427 ISO 5025 |
| Coated Fabric |
| Coated Fabric |
| Standard Structure | Fiber Content | Gap Distance (mm) | Weight Ratio |
|---|---|---|---|
| Warp (0°) | Carbon Fiber 24K - 1600 Tex | 20 | 45,0% - 4% |
| Weft (0°) | Carbon Fiber 24K - 1600 Tex | 20 | 48,0% |
| Carbon Fiber Mechanical Properties | Carbon Fiber - 24K - 1600 Tex |
|---|---|
| Tensile Strength | 4900 Mpa |
| Elastic Modulus | 240 Gpa |
| Density | 1,80 g/cm3 |