Z STEEL CAGES

Neumann Steel takes immense pride in being 100% Australian owned and operated

Z Steel Cages are ideal for footings in most residential slabs and many commercial projects.

Z Steel Cages are welded in the prefabrication process; this produces a stronger structure which decreases the chance of damage during transport to site. Being stackable, they are more compact, reducing the overall volume required for delivery. The class “N” bar cages come in 6m lengths with more Z’s per cage providing additional support and applications beyond the industry norm.

the next generation

Benefits of Z Steel Cages

Stronger than Tie Wire cages

Delivered on-site ready for immediate installation

Stackable; easy to transport and store on-site

Enhanced Structural Integrity: Z Steel Cages provide superior reinforcement, improving the overall strength and stability of concrete structures. Their design ensures optimal load distribution, reducing the risk of structural failures.

Time and Labor Efficiency: Pre-fabricated Z Steel Cages are easy to install, significantly reducing on-site labor and construction time. This efficiency translates to faster project completion and lower labor costs.

Precision and Consistency: Manufactured in controlled environments, Z Steel Cages offer precise dimensions and consistent quality, minimizing the likelihood of errors during installation and ensuring reliable performance.

Improved Safety: The robust design of Z Steel Cages enhances the safety of structures by providing reliable reinforcement, particularly in areas prone to seismic activity or other environmental stresses.

Cost-Effective: By reducing material waste and installation time, Z Steel Cages contribute to overall cost savings in construction projects, offering a cost-effective solution for high-quality steel reinforcing.

Why Z Steel Cages are so effective?

Z Steel Cages are structurally stronger than Tie Wire cages which have a tendency to warp and bend during handling.

They are welded in the prefabrication process; this results in a stronger structure for transporting and handling on-site. They improve efficiencies as there is no on-site assembly required.