Smarter Than Ever.
Infrastructure & Civil Engineering
GFRP rebars deliver long-term durability for bridges, flyovers, culverts, and public infrastructure by eliminating corrosion and reducing maintenance costs.
Marine & Coastal Projects
Designed for seawalls, ports, and coastal foundations, GFRP rebars withstand saltwater and chloride exposure without corrosion or strength loss.
Industrial & Chemical Facilities
Ideal for chemical plants, water treatment units, and industrial floors where aggressive environments quickly degrade steel reinforcement.
Specialized & High-Tech Construction
Non-conductive and non-magnetic GFRP rebars are used in MRI rooms, substations, tunnels, and high-voltage infrastructure.
#1 Trusted GFRP Rebar Manufacturer — Fibarplus
Fibarplus is a specialized manufacturer of Glass Fiber Reinforced Polymer (GFRP) rebars, delivering corrosion-free reinforcement solutions for modern infrastructure and industrial construction.
By combining advanced composite manufacturing, rigorous quality control, and deep engineering expertise, Fibarplus enables the construction of stronger, safer, and longer-lasting structures while significantly reducing lifecycle and maintenance costs.
Our GFRP rebars are engineered for use in bridges, marine and coastal projects, industrial facilities, tunnels, and high-tech environments, where conventional steel reinforcement fails due to corrosion or electrical interference.
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Why Fibarplus GFRP Is Different
Advanced Composite Manufacturing
Quality Control & Testing
Engineering & Technical Support
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Expert Employed
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Project Completed
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Industries Served
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Factories Built
Lower Lifecycle Carbon Impact
Compliance with Environmental Standards
WHAT OUR CLIENTS ARE SAYING
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Customer Satisfaction
Rajesh Mehta
Senior Structural Consultant
“We worked with Fibarplus on a project where corrosion resistance and long service life were key concerns. Their GFRP rebars met the technical requirements, and the engineering team was supportive during the design stage. The documentation and technical clarifications were clear, which helped us confidently recommend their solution.”
Amit Verma
Project Manager – EPC Contractor
“Fibarplus GFRP rebars were easy to handle and significantly reduced on-site effort compared to conventional steel. Deliveries were well-coordinated, and the technical team was available whenever installation-related queries came up. Overall, the experience was smooth and professional.”
Sandeep Kulkarni
Head – Infrastructure Projects
“For our infrastructure project in a corrosion-prone environment, we chose Fibarplus GFRP rebars. The product quality was consistent, and the long-term durability benefits were clearly explained by their team. Their support during approvals and execution added confidence to the decision.”
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FAQ Of Customer
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GFRP (Glass Fiber Reinforced Polymer) rebar is a composite reinforcement made from high-strength glass fibers embedded in a polymer resin matrix. It is designed to replace steel reinforcement in applications where corrosion resistance and durability are critical.
Unlike steel, GFRP rebar does not corrode, rust, or expand when exposed to moisture, chlorides, or chemicals. It is also significantly lighter, non-conductive, and non-magnetic, making it suitable for specialized and high-exposure environments.
GFRP rebars are widely used in bridges, marine and coastal structures, industrial and chemical facilities, parking structures, basements, tunnels, metro projects, power substations, and MRI facilities.
Yes. GFRP rebars are designed for structural reinforcement and are used globally in load-bearing concrete structures. Design must follow relevant guidelines such as ACI and IRC recommendations to account for material-specific properties.
No. GFRP rebars are completely resistant to corrosion caused by water, chlorides, and most chemicals. This is one of the key reasons they are preferred in aggressive environments.
When properly designed and installed, GFRP-reinforced structures can achieve a design life exceeding 100 years, especially in environments where steel reinforcement would normally deteriorate.
