Brick facade insights for architects and builders.
Technical guidance on mechanically fixed brick systems, prefabricated facades, and commercial construction specification.
Why Traditional Brick Facades Are Becoming Inefficient on Commercial Projects, and What's Replacing Them
The structural, logistical, and programme reasons why traditional brick masonry is becoming increasingly inefficient across commercial construction, and what alternatives architects and developers should consider.
Read article →Brick Slip Systems vs Mechanically Fixed Facades: What Architects Need to Know
A technical guide for architects specifying brick slip and mechanically fixed facade systems on Australian commercial projects.
Read article →Prefabricated Brick Cladding vs Traditional Bricklaying: The Commercial Project Comparison
A practical comparison of prefabricated brick cladding against traditional bricklaying for Australian commercial builders and developers.
Read article →Why Commercial Builders Are Switching to Prefabricated Brick Systems
Prefabricated brick systems remove weather, labour, and schedule risk from commercial facade packages. Here's how the cost and programme comparison stacks up against traditional masonry.
Read article →Brick Cladding vs. Brick Slips vs. Full Masonry: A Specifier's Comparison
Brick cladding, brick slips, and full masonry are frequently confused, but they describe different products with different structural roles and performance characteristics. A clear comparison for architects and specifiers.
Read article →Modular Brick Walls: Design Options and Applications in Commercial Construction
Modular brick wall systems offer far more design flexibility than most specifiers expect: any brick, any orientation, any surface geometry. A guide to the options and how to specify them.
Read article →Curved Brick Facades on Commercial Buildings: How They're Achieved
Curved brick facades are achievable at commercial scale using mechanically fixed rail systems. This post covers how the geometry works, what's possible, and what architects need to consider when specifying curved brick.
Read article →How Prefabricated Brick Panels Cut Time on Commercial Construction Programmes
Prefabricated brick panels install up to 4× faster than traditional bricklaying, remove wet trades from site, and can be fabricated in parallel with structural works. What that means for commercial construction programmes.
Read article →Brick Cladding Systems in Australia: Types and How to Choose
Brick cladding systems use thin brick facings fixed to a carrier, lighter and faster than full masonry. A guide to the main system types and how to choose the right one for commercial projects.
Read article →What is a Modular Brick System? A Guide to Prefabricated Brick Facades
A modular brick system uses real brick slips fixed to a carrier rail: lighter, faster, and more design-flexible than traditional bricklaying. A plain-language guide to how it works.
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