Customized High Strength Solid Pultruded Epoxy Composite Frp Grp Fiberglass Rebar For Construction Processing Service Cutting

What is FRP reinforcing bars？

FRP reinforcing bars is a new type of composite material steel bar, mainly made of glass fiber reinforced plastic, with external threads on the surface. It has excellent corrosion resistance, good adhesion to concrete, can effectively reduce structural weight, and significantly improve the service life of civil engineering structures.

Corrosion resistance

It has excellent resistance to chemical substances such as acids, alkalis, and salts, and can resist the erosion of chloride ions and low pH solutions. It is particularly resistant to the corrosion of carbon compounds and chlorine compounds, making it suitable for harsh corrosive environments.

Excellent environmental performance

During the production process of FRP reinforcing bars, compared with traditional reinforcing bars, energy consumption is lower and no large amounts of greenhouse gas emissions such as carbon dioxide are produced.

High strength

It has a relatively high tensile strength, comparable to or even higher than that of ordinary steel bars, which can meet the load-bearing capacity requirements of various structural projects. At the same time, it can perform better mechanical properties in some special structures

High design flexibility

FRP reinforcing bars can be adjusted according to specific engineering requirements by changing the fiber layering method, resin formula, etc., to achieve different mechanical properties and shape requirements, meeting the design needs of various complex structures

   PRODUCT DISPLAY    

Multiple sizes and shapes, contact customer service for customization

   APPLICATION    

Applicable in various fields such as roads, dams, bridges, hydraulic engineering, underground projects, sculptures, and airports.Used in environments with corrosive substances, such as sewage treatment plants, chemical factories, smelters, coastal defense projects, paper mills, and liquefied gas plants.Utilized in building environments that require low electromagnetic interference or good wave transmission performance, such as special project equipment, hospital electromagnetic equipment rooms, copper smelting plants, and power/telecommunication equipment buildings.