FRP Rebar Mesh is a high-performance composite reinforcement material made from continuous glass or basalt fibers embedded in a polymer matrix and formed into a grid structure. Known for its excellent tensile strength, corrosion resistance, and lightweight properties, FRP rebar mesh offers a superior alternative to traditional steel mesh in concrete reinforcement—especially in environments prone to moisture, salt, or chemicals.
GTOFRP™ FRP Rebar Mesh is a high-performance structural reinforcement grid made from glass or basalt fiber reinforced polymer. Compared to traditional welded steel mesh, this FRP mesh offers superior corrosion resistance, high tensile strength, and lightweight handling, making it ideal for reinforcing concrete in demanding environments such as road pavements, tunnel linings, bridge decks, and industrial floors.
Engineered for durability and efficiency, GTOFRP™ FRP rebar mesh resists alkalis, chloride ions, and moisture while remaining non-magnetic and electrically non-conductive. Its excellent fatigue resistance and long service life reduce maintenance costs over time. Available in various mesh sizes and customizable formats, GTOFRP™ composite reinforcement mesh is the optimal solution for sustainable, crack-resistant, and corrosion-free concrete construction.
GFRP Rebar Mesh offers superior tensile performance, enhancing crack resistance and load distribution in concrete slabs and walls.
Corrosion Resistant
Made from fiber-reinforced polymer, FRP rebar mesh is highly resistant to moisture, salt, and chemicals—ideal for coastal and industrial applications.
Lightweight and Easy to Install
FRP Rebar mesh is much lighter than steel mesh, reducing labor costs and enabling faster placement on site.
Non-Conductive & Non-Magnetic
Perfect for tunnels, substations, and MRI rooms where electromagnetic neutrality is required.
Automated Cutting & Alignment
FRP Rebar mesh machines ensure precise grid spacing and length control, increasing production efficiency and consistency.
Customizable Mesh Size
Machines can produce various mesh sizes (e.g., 100x100 mm, 150x150 mm), supporting diverse construction needs.
Continuous Pultrusion or Winding Technology
Advanced production lines use pultrusion or 3D winding for uniform rod quality and strong bonding at intersections.
Energy-Efficient and Scalable
Designed for high-output, the FRP mesh production line reduces energy consumption and supports scalable operation from small batches to industrial volume.
Product Applications
Infrastructure Projects
Marine & Coastal
Tunnels & Underground
Public Infrastructure
Highway Bridges & Overpasses
FRP Rebars are widely used in highway bridges due to their excellent corrosion resistance and high tensile strength. They help extend service life in areas exposed to de-icing salts, moisture, and temperature fluctuations—ensuring safer, longer-lasting infrastructure.
In marine environments, GFRP Rebars resist saltwater corrosion far better than steel. They are ideal for reinforcing concrete in docks, piers, retaining walls, and tidal zones, delivering long-term structural integrity in aggressive coastal conditions.
Due to their non-conductive and corrosion-free properties, fiberglass rebars are well-suited for subway lines and underground utility tunnels. They reduce electromagnetic interference and maintenance needs in high-humidity, confined environments.
FRP Rebars are used in concrete pavements and slabs where electromagnetic neutrality and high strength are required. In airports and logistics hubs, they reduce cracking and resist chloride attack from de-icing chemicals, enhancing operational durability.
