SHS Cleats

 In architecture, structural components are no longer hidden behind drywall or cladding. With the rise of exposed steelwork , particularly in industrial and contemporary styles, even the smallest connection details—such as steel cleats —are now part of the visual language of a building. What once served purely a utilitarian role now contributes to a project’s aesthetics, rhythm, and architectural identity. This article explores how cleat steel connections are being creatively used in modern architecture, combining structural performance with visual appeal. We’ll examine detailing strategies, material finishes, case studies, and how architects and engineers collaborate to achieve both beauty and integrity through steel cleats. The Rise of Exposed Steel Aesthetics In the past, steel cleats were hidden from view. They served a basic purpose—connecting beams to columns, transferring load, ensuring lateral stability—and were rarely considered a design element. But as trends shifte...

  In modern structural steel design, the emphasis is no longer just on the strength of individual members, but also on how these elements are connected . In buildings that use SHS columns (Square Hollow Sections), the cleat steel connection has become an essential solution—balancing strength, simplicity, and constructability. This article explores the engineering principles behind steel cleats , their role in optimizing connections with SHS columns , and how they contribute to safer, faster, and more efficient structural systems. The Structural Appeal of SHS Columns SHS columns are widely used in structural applications for their: Geometric efficiency – Square cross-sections provide excellent symmetry. Aesthetic appeal – Clean lines are favored in architectural designs. High strength-to-weight ratio – Ideal for multi-storey buildings and lightweight construction. Resistance to buckling – SHS columns resist local and global buckling better than some open secti...