MasonRite Masonry Support systems provide a reliable and efficient solution for supporting masonry façades across a wide range of construction types.
Designed for both steel and concrete framed structures, the systems safely transfer masonry loads back to the primary structure while maintaining structural integrity and façade performance. Available ex-stock, MasonRite masonry supports help contractors maintain programme certainty with rapid availability and straightforward installation.
The front-loaded shelf angle design enables quick installation from the face of the structure, reducing installation time and simplifying site operations. Adjustable bracket systems are engineered to accommodate typical construction tolerances, allowing accurate alignment of masonry façades while minimising the need for site modifications. Interchangeable brackets, available across a wide range of cavity widths, provide flexibility to adapt to varying site conditions.
Each MasonRite Masonry Support system is supplied as a complete installation package, including brackets, lock washers, shims, and fixings, ensuring efficiency from delivery through to installation. Combining practical design, engineering expertise, and proven site performance, MasonRite masonry supports deliver a dependable solution that improves buildability, accuracy, and overall construction efficiency.
How it works
MasonRite Masonry Support systems provide reliable, adjustable support for masonry façades across steel and concrete frames. The front-loaded shelf angle and bracket system allow for quick, accurate installation while accommodating typical onsite tolerances. Supplied as a complete package with brackets, shims, fixings, and lock washers, the system simplifies construction sequencing and improves programme efficiency.
Where it Works
These systems are suitable for residential and commercial buildings of all sizes, supporting façades with varying cavity widths and floor-to-floor heights. They are ideal for projects requiring precise alignment, rapid installation, and dependable load transfer from masonry back to the primary structure.