1.What is basalt fiber rebar, and how is it different from traditional steel rebar?

It’s a composite rebar made from basalt rock melted and extruded into fibers. Unlike steel, it’s corrosion-resistant, non-magnetic, and 70% lighter while maintaining high tensile strength.

2.In which projects is basalt fiber rebar most suitable?

It excels in wet or corrosive environments: marine structures, coastal roads, wastewater treatment plants, and projects where magnetic interference (e.g., near MRI facilities) must be avoided.

3.What after-sales services does your company provide, especially if there are issues with the product during use?

If any quality-related issues arise during use, our after-sales team will respond within 24 hours, and provide solutions such as replacement or technical remediation to minimize impact on your project.

4. Can basalt fiber rebars be cut, bent, or joined like rebar?
They are easily cut with standard tools, but should be bent in the factory (not on-site) to avoid fiber damage. They are joined using special adhesives or mechanical connectors, making installation simple.

5. Do basalt fiber rebars affect electromagnetic signals (for example, in hospitals or airports)?

No. They are neither electrically nor magnetically conductive, so they will not interfere with MRIs, radar, or communications equipment—perfect for sensitive facilities.

6.What projects are basalt fiber rebars best suited for?
They excel in coastal construction (resistance to salt corrosion), bridges, precast concrete components, and sewage treatment facilities, making them ideal for environments where steel is prone to rust.