In masonry veneer building construction, a relieving angle—typically made from galvanized steel—supports the weight of brick or stone veneer. It transfers the veneer load to the main structure of the building while maintaining a gap beneath for movement, such as deflection.
An offset relieving angle system, often referred to as a masonry offset bracket, provides an improved way to balance structural and thermal performance.
An offset ‘relieving angle’ system allows continuous insulation to be installed behind the shelf angle. The bracket offsets the shelf angle from the structural backup wall, positioning it entirely outboard of the insulation layer.
This configuration maintains uninterrupted thermal insulation while supporting the façade load. When combined with structural thermal pads, a masonry offset bracket system significantly enhances energy efficiency and reduces thermal bridging.
Always Design TOgether with your structural engineer to determine the specific requirements for your project’s structural standoff or offset bracket system. Coordination ensures proper load transfer, spacing, and attachment methods that align with both thermal and structural goals.
Work closely with bracket manufacturers to select the appropriate system for your project type, façade material, and performance target.
Integrating a masonry offset bracket system into your wall assembly improves long-term durability and energy performance. It enables continuous insulation, reduces cold bridging, and supports the façade efficiently while accommodating differential movement.
Through early collaboration with engineers and product manufacturers, you can ensure your veneer design meets both structural and thermal performance standards.
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