Gfrp vs Steel
In many ways, steel has reached the limits of what it can offer modern infrastructure. NuBar and NuMesh represent the next generation — lighter, stronger and more resilient. Rebar & mesh that does not rust.
Stronger than steel – Ask us to share the science with you.
No rust!
Corrosion Resistance
Steel rusts, which complicates maintenance and increases lifecycle costs. NuBar and NuMesh are completely corrosion-resistant, even in coastal, marine, or chemically aggressive environments. This means fewer repairs and longer-lasting structures.
Superior Strength
NuBar provides up to three times the tensile strength of steel by weight, offering exceptional load-bearing performance without the bulk. Unlike steel, which can corrode or deform over time, NuBar maintains its strength for the lifespan of the structure, even in harsh environments.
Lighter, Faster, Safer
At only 25% of steel’s weight, NuBar is much easier to transport, lift, and install, reducing costs and minimizing the risk of on-site injuries. The construction process is faster without compromising strength or durability
Flexible Design
GFRP offers greater design flexibility than steel. It can be manufactured in a variety of shapes, diameters, and lengths, and can even be pre-bent or customised for unique geometries, something traditional rebar can’t achieve without extensive fabrication.
Non-Conductive, Non-Magnetic
Unlike steel, NuBar is non-conductive and non-magnetic, making it ideal for projects where electromagnetic interference or conductivity could pose safety risks — such as in data centres, healthcare facilities, and rail infrastructure.
Lower Environmental Impact
GFRP production uses less energy, generates fewer emissions, and delivers a product with a much longer service life. By choosing NuBar, you’re opting for a more sustainable future in infrastructure.
Secure and Theft-Resistant
NuBar’s non-metallic composition makes it less appealing to thieves, and its zero resale value reduces the incentive for unauthorized removal. Additionally, it can be tracked via barcodes, batch numbers, or RFID tagging, protecting materials on-site and in storage.