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Fiberglass rebar is used where corrosion resistance, electromagnetic neutrality, low weight or long service life influence the design. These properties make GFRP reinforcement suitable for infrastructure, industrial and specialist concrete projects. Fiber Dowels supplies lightweight, corrosion-resistant reinforcement solutions for demanding concrete applications. Free sample Key takeaways What Is Fiberglass Rebar? Fiberglass rebar, or GFRP rebar, … Read more

A reliable GFRP reinforcement system requires compatible accessories. Supports, ties, connectors and load-transfer components help you maintain the correct spacing, alignment and concrete cover. Fiber Dowels supplies lightweight, corrosion-resistant solutions for concrete pavements and infrastructure projects. Free sample Key takeaways What Are Fiberglass Rebar Accessories? Fiberglass rebar accessories are components used to position, secure, connect … Read more

Fiberglass rebar is gaining ground in infrastructure because it helps you build lighter, more durable concrete structures with less risk of corrosion. The key is knowing exactly where it adds value, and where steel can still be the better fit. Free sample Key takeaways What Is Fiberglass Rebar? Fiberglass rebar, also called GFRP rebar, is … Read more

Installing fiberglass rebar correctly starts with the right tying method. In this fiberglass rebar tying guide, you will learn how to keep GFRP bars stable, aligned, and ready for concrete placement without damaging the reinforcement. Free sample Key takeaways What Is Fiberglass (GFRP) Rebar? Fiberglass rebar, also called GFRP rebar, is a glass fiber reinforced … Read more

Why would you use GFRP rebars instead of steel rebars in concrete constructions.

In this blog we explain you everything about the best way to make your fiberglass products fit in to your construction project.

The market for fiberglass reinforcement is driven by trends in sustainability, infrastructure investments, and technological innovations.

The integration of fiberglass as a reinforcing material for concrete marks an exciting revolution in construction technology.

Composite materials represent an innovative development in road construction and make them a valuable choice for infrastructure projects.

A promising innovation in road construction is the use of Glass Fiber Reinforced Polymer (GFRP) reinforcement.

Steel is widely used in construction due to its high tensile strength. However, in terms of strength-to-weight ratio, fiberglass significantly outperforms steel.

In this blog, we explain why Fiber Dowels are the ideal choice for fiber reinforcement in concrete and the benefits they provide for the construction industry.

Carbonation occurs in steel constructions in concrete, so-called reinforcement. When carbonation takes place, the reinforcement in the concrete starts to rust.

The Fiber Dowels products are known for their light weight. A significant difference between the traditional steel dowels, rebars / tie-bars and dowel baskets.

One of the advantages used on the Fiber Dowels website is the high tensile strength of fiberglass dowels. Why is this important and what are the advantages of this?

The CO2 Performance Ladder is the sustainability instrument of the Netherlands that helps organisations and governments to reduce CO2 and costs.

Innovation is increasing in importance. Rabobank expects the sector to showcased its innovative capacity in five to ten years in partnership and will attach less importance to price setting.

The question that regularly comes up during introductory talks with Fiber Dowels is why is fibreglass really better than steel?