Steel and fiberglass rebar side-by-side

Discover Why Mateenbar® is the Smarter, Stronger Alternative to Steel

Compared to Steel

Key Advantages Over Steel Rebar

Mateenbar® products outperform traditional steel across key areas including durability, sustainability, ease of use and many more. Explore the key advantages of Glass Fiber Reinforced Polymer (GFRP) rebar, showcasing why it’s the superior choice for today’s construction challenges. From rustproof performance to lightweight handling, Mateenbar® is redefining reinforced concrete solutions beyond the limitations of steel.

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High Tensile Strength

Stronger and more dependable than steel for superior performance.

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Lightweight

Lighter than steel for easier handling and faster installation.

Rustproof

Corrosion resistant for more long-lasting and durable structures.

Meets or Exceeds Standards

Complies with industry standards, codes and specifications.

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Easy Cut

Easily cut with basic tools to ensure optimal safety and efficiency.

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Faster Install

Speeds up installation, reducing labor time and saving on costs.

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Heat-Free & Scratch-Free

Safe to handle, protects surfaces and tools from damage, no sparks.

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High Visibility

Improves on-site visibility, enhancing safety during installation.

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High Durability

Long-lasting strength, built for 100 years.

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Whole of Life Savings

Zero maintenance, reduces lifetime costs.

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Sustainable

Eco-friendly design, reduces environmental impact.

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Zero Interference

Non-magnetic and electromagnetically neutral.

After over 40 years of research and development work, the concrete construction industry is finally taking a serious look at the use of GFRP reinforcement for concrete structures. There are several reasons for the widespread adoption of this technology that span from the lack of corrosion and the light weight of the rebars to the possibility of reformulating the concrete mixture with non-traditional binders, aggregates and, ultimately, seawater. GFRP can make several applications of reinforced concrete more sustainable in terms of durability, cost and environmental impact.

Antonio Nanni, Professor, Department of Civil & Architectural Engineering|

University of Miami