Type |
CFRP Rebar |
Diameter (mm) |
3~40 |
Diameter (mm) |
1.5~1.6 |
Tensile Strength (MPa) |
1800~2500 |
E-modulus (GPa) |
120~165 |
Elongation (%) |
1.3~1.5 |
Coefficient of thermal expansion(×10-6/°C) |
0 |
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Carbon fiber rebar is ideal for infrastructure projects, including highways, bridges and tunnels, because of its ability to withstand harsh environmental conditions such as salt water exposure, acidic soil or de-icing chemicals. Its corrosion resistance and lightweight properties simplify the construction process and reduce maintenance requirements over the life of the project.
In marine environments where steel is susceptible to corrosion, carbon fiber rebar provides a durable alternative. It is widely used on waterfront structures, seawalls, docks and offshore platforms where exposure to salt water or frequent wet-dry cycles may compromise the integrity of conventional steel reinforcement.
In transportation projects such as airports and railways, carbon fiber steel bars have advantages due to their lightweight and high strength. These factors reduce the overall weight of the structure and provide excellent resistance to dynamic loads while ensuring speed of construction and increased durability.