| Customization: | Available |
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| Customized: | Customized |
| Color: | Single Color |
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Characteristics of GFRP glass fiber reinforcement bars
High strength: GFRP glass fiber reinforcement bars have excellent mechanical properties, and their tensile and compressive strengths are higher than traditional reinforcement bars, which can withstand greater loads.
Corrosion resistance: GFRP glass fiber reinforcement bars have good corrosion resistance, can resist the erosion of chemical substances, and extend the service life of buildings.
Lightweight: Compared with traditional reinforcement bars, GFRP glass fiber reinforcement bars have a lighter weight, which can reduce the self-weight of the structure and reduce the design requirements of the load-bearing structure.
Environmental protection: GFRP glass fiber reinforcement bars are recyclable materials that will not cause pollution to the environment and meet the requirements of green buildings.
Application fields of GFRP glass fiber reinforcement bars
Bridge construction: In bridge construction, GFRP glass fiber reinforcement bars can be used to reinforce bridge structures and improve the load-bearing capacity and durability of bridges.
Building reinforcement: In the field of construction, GFRP glass fiber reinforcement bars can be used to reinforce structural parts such as walls and floors to improve the seismic performance and load-bearing capacity of buildings.
Ocean engineering: In ocean engineering, GFRP glass fiber reinforcement bars can be used to reinforce structural parts such as offshore platforms and ships to improve their corrosion resistance and durability.
| Production process | Pultimate molding |
| Application scenarios | Marine/corrosive environments, bridges/roads, electromagnetic sensitive scenarios, power facilities |
| Application areas | Transportation infrastructure, airports and defense industry, marine engineering, electricity and nuclear power |
| Application areas | Transportation infrastructure, airports and defense industry, marine engineering, electricity and nuclear power |
| Production process | Pultimate molding |
| Application scenarios | Marine/corrosive environments, bridges/roads, electromagnetic sensitive scenarios, power facilities |
| brand | cds |
| model | Round pipe |
| Surface treatment | thread |
| Processing services | Custom lengths |
| Production materials | epoxy resin+Basalt fiber |
| Advantages | Corrosion resistant, Hight strength |
Corrosion Resistance:Resistant to acids, alkalis, and salt corrosion-ideal for harsh environments like marine structures.
Lower Shear Strength:Lower transverse shear strength than steel; requires special joint design.
Limited Connection Methods:Cannot be welded; mechanical or epoxy-based joints are required.
Basalt fiber rebar enhances structural performance by bearing tensile loads and bonding effectively with concrete through its textured surface. Its thermal expansion closely matches that of concrete, reducing cracking risks. With excellent corrosion resistance, it's ideal for harsh environments. Prefabrication allows for easy installation, while mechanical connections ensure construction efficiency and long-term reliability.
Areas Of Product Application
Transportation Infrastructure:Ideal for bridges, tunnels, road barriers, and bridge deck reinforcements.
Civil and Industrial Buildings:Used in basements, warehouses, underground corridors, and damp environments.
Special Environment Projects:Suited for foundations in saline-alkaline or highly corrosive soil areas.
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