SHS Cleats

  In Australian steel construction, accuracy and compliance are non-negotiable. When designing reliable steel connections, especially cleat connections, understanding AS/NZS 1163 SHS dimensions is critical. Square Hollow Sections (SHS) manufactured under AS/NZS 1163 form the backbone of many structural systems, and their dimensions directly influence the performance of cleat connections. This guide explains AS/NZS 1163 SHS dimensions for cleat connections , why they matter, and how engineers and builders can use them correctly for safe, compliant construction. What Is AS/NZS 1163? AS/NZS 1163 is the Australian and New Zealand Standard that specifies requirements for cold-formed structural steel hollow sections , including: Square Hollow Sections (SHS) Rectangular Hollow Sections (RHS) Circular Hollow Sections (CHS) The standard defines: External dimensions Wall thickness tolerances Corner radii Material grades (C250, C350, etc.) Mechanical properties For cleat connections, these ...

In modern steel and hybrid construction, structural safety depends not only on materials but also on accurate load calculations . One critical component in these calculations is the design capacity tables for SHS bracing cleats . For engineers, builders, and fabricators working with Square Hollow Section (SHS) bracing systems , design capacity tables provide clear, reliable data to ensure structures perform safely under real-world loads. In Australia, where structures must withstand wind, seismic activity, and harsh environmental conditions, these tables are not optional—they are essential. This blog explains what design capacity tables are, why they matter, how they are used, and how SHS bracing cleats benefit from proper capacity design. What Are SHS Bracing Cleats? SHS bracing cleats are steel connection plates used to connect diagonal bracing members to square hollow section columns or beams . They are commonly bolted or welded and play a key role in transferring tensile and comp...