Engineered for ultra-heavy-duty strength and industrial-grade reinforcement.
Our SL92 Concrete Reinforcing Mesh is the premier heavy-duty choice for projects demanding maximum structural load capacity. Measuring 6000mm x 2400mm, this high-performance steel mesh is engineered with massive 8.6mm thick wires. It provides unparalleled structural integrity, exceptional resistance to cracking, and superior weight distribution under the most demanding conditions.
Whether you are pouring industrial warehouse slabs, commercial truck parks, agricultural sheds, or high-impact heavy machinery foundations around Bendigo, this mesh delivers the ultimate industrial-grade reinforcement.
Key Features:
Ultimate Industrial Strength: Built with thick 8.6mm premium steel wires, providing maximum tensile strength for high-impact and extreme-weight applications.
Efficient Site Coverage: Full-size 6.0m x 2.4m sheets enable rapid coverage of massive footprints with fewer joins, saving time on prep work.
Certified Site Compliance: Fully manufactured to comply strictly with Australian Standards for concrete reinforcement, meeting rigorous engineering specifications for commercial builds.
Built for Extreme Demands: The absolute go-to choice for heavy machinery bays, commercial driveways, civic infrastructure, and industrial foundations.
Product Specifications:
Mesh Code: SL92
Sheet Dimensions: 6000mm x 2400mm (6.0m x 2.4m)
Wire Pitch (Grid Size): 200mm x 200mm
Wire Diameter: 8.60mm
Material: Ultra-heavy-duty high-tensile ribbed reinforcing steel
Professional Tip: Heavy-gauge mesh needs rigid support! Due to the substantial weight of SL92 sheets, we highly recommend utilizing our heavy-duty concrete mesh chairs or metal bases. This prevents the steel from sagging and guarantees it stays perfectly suspended in the top half of your pour.
Ready for Pickup or Fast Delivery Available for yard pickup or prompt, reliable flatbed delivery directly to your commercial or residential job site across Bendigo, Junortoun, Strathfieldsaye, and surrounding regions.

