A New Star in Dutch Construction. Introducing FrisianBAR GFRP Composite Rebar

Leading the future in Europe of sustainable, no-steel concrete reinforcement with automation, precision, and certified materials

Across Europe, the demand for corrosion‑free, high‑performance reinforcement is exploding — and FrisianBAR is setting the standard. What makes us number one isn’t just our product. It’s the entire ecosystem we’ve engineered around it.

At the heart of our success is our fully automated composite production line, designed and built in‑house. This system ensures perfect consistency, high output, and unmatched quality control. Every meter of GFRP rebar is produced with the same precision. Beyond speed and reliability, the automated pultrusion process's high efficiency significantly reduces manufacturing waste.

Key Advantages of using FrisianBAR Composite Rebar:

• Absolute Precision and Consistency

  Our pultrusion process ensures uniformity across large volumes of composite rebar.

• Certified Products

  You receive reliable, fully certified reinforcement for every single phase of your build.

• High-Speed Output

  Our automated line ensures high-speed production, keeping your supply chain moving without ever compromising structural integrity. Your infrastructure projects demand timely material delivery.

• So much lighter than steel

  Because the Composite Rebar is about 4 times lighter than steel, transportation costs will be less, and delivery will be easier in places that could be difficult to reach when you transport steel. Your workers can easily lift the material.

But automation is only part of the story.

FrisianBAR uses its own certified resin, tested and engineered specifically for structural performance, durability, and long‑term stability. The combination of our resin and machine design creates a reinforcement product that meets the highest standards for use on the European market.

With sustainability, innovation, and reliability at the core of our mission, FrisianBAR is redefining what reinforcement can be — and why the future belongs to composites.