FRP Rebar

FRP rebar is widely used in a variety of concrete structures, including but not limited to:

Transport infrastructure works such as bridges, tunnels and viaducts;
Concrete structures in buildings, basements and foundation works;
Marine works such as jetties, seawalls and submarine pipelines;
Industrial facilities such as sewage treatment plants, chemical plants and power plants.
The excellent performance of FRP reinforcement makes it an ideal alternative to conventional steel reinforcement, providing reliable, long-lasting and safe structural support for construction projects.

Lightweight and Durable:FRP reinforcing bars are lighter than traditional reinforcing bars, yet have excellent strength and durability. Due to its lightweight nature, the use of FRP reinforcing bars can reduce the dead weight of concrete structures, lowering structural loads and thus extending the life of the structure.

Corrosion Resistance:FRP bars are not susceptible to corrosion and chemical attack, and can be used consistently over long periods of time in harsh environments such as humidity and salinity, making them particularly suitable for marine engineering, bridges and sewage treatment.

High Strength:These bars have excellent tensile and flexural strength, which can effectively enhance the bearing capacity and seismic performance of the concrete structure, and improve the safety and reliability of the structure.

Easy to process and install:FRP rebar has good processability and can be cut, bent and connected as needed, making it easy to process and install at the construction site and greatly improving construction efficiency.

Environmentally friendly and sustainable:Compared with traditional steel reinforcement, the production process of FRP rebar is more environmentally friendly and recyclable, which is in line with the concept of sustainable development, and is conducive to reducing resource consumption and environmental pollution.