Full Mesh Price List

Understanding the Different Types of Steel Reinforcing Mesh for New Zealand Construction

In New Zealand's dynamic construction landscape, steel reinforcing mesh plays a pivotal role in ensuring structural integrity. Two primary types of reinforcing mesh dominate the industry: seismic-certified Grade 500E mesh and standard-grade hard-drawn mesh.

Seismic-Certified Grade 500E Reinforcing Mesh

Designed to withstand New Zealand's seismic activity, Grade 500E steel reinforcing mesh is manufactured in accordance with NZS 4671:2001 (Ductility Class E) and NZS 3604:2011 standards. This mesh is essential for engineered applications such as suspended floors and ground slabs. Its high tensile strength (≥500MPa) and ductility (Class E) ensure resilience under stress. Each sheet offers full traceability, providing confidence in compliance and performance.

One example of seismic certified grade 500E steel reinforcing mesh is SE82 Mesh:

• “S” stands for square (shape of the grids)
• “E” stands for earthquake (seismic grade)
• “8” stands for wire diameter in mm
• “2” stands for centres between wires (200mm) 

Standard Grade Hard-Drawn Construction Mesh

For non-structural applications like driveways and footpaths, standard-grade hard-drawn steel reinforcing mesh is the preferred choice. Manufactured in accordance with NZS 4671:2001, this hard-drawn mesh offers sufficient strength for everyday use. The specifications of this steel reinforcing mesh, such as wire diameters and spacing, can accommodate various project needs.

Choosing the Right Mesh for Your Project

Selecting the appropriate steel reinforcing mesh depends on the structural requirements of your project. For areas prone to seismic activity, where structural integrity is paramount, or engineer sign-off is required, Grade 500E reinforcing mesh is non-negotiable. For less critical applications, standard-grade steel reinforcing mesh provides an economical and effective solution.

Ensure your construction projects meet New Zealand's rigorous standards by choosing the right steel reinforcing mesh. Whether it's the robustness of seismic-certified mesh or the practicality of standard-grade mesh, making an informed choice is crucial for safety and durability.