A Thermally Efficient Shelf Angle System for Masonry Veneer Walls

砌块贴面为建筑物的外墙提供可靠和耐用的环境保护。砖石贴面设计的一个组成部分是搁板角度，它提供结构支撑，并用螺栓或固定到楼板边缘。通过这种方式，货架角度将单板连接到建筑主体，为热量传递创造了一座便捷的桥梁。当建筑主体外部放置隔热材料时，这座桥必须穿透隔热材料，形成热桥。新能源标准的实施对外墙有效热阻提出了越来越高的要求。依赖传统支撑系统的单板系统的合规性得不到保证。FERO Inc.是埃德蒙顿的一家当地公司，从事砖石配件制造工作和技术开发-FERO有兴趣开发一种创新的搁板角锚固系统，与传统替代方案相比，该系统具有更好的热性能。该项目旨在开发一种搁板角度系统，该系统将提供足够的结构强度和最小的热桥接。

Masonry veneers provide reliable and durable environmental protection for the exterior walls of buildings. An integral part of the design of masonry veneer is a shelf angle, which provides structural support and is bolted or secured to a slab edge. In this way, the shelf angle links the veneer to the main body of the building, creating a convenient bridge for heat transfer. When thermal insulation is placed exterior to the main body of a building, this bridge will have to penetrate through the insulation and create a thermal bridge. Approaching new energy codes have higher and higher requirements on the effective thermal resistance of exterior walls. The compliance of veneer systems that rely on traditional support systems is not guaranteed. FERO Inc. is a local company in Edmonton that performs masonry accessories manufacturing work and technical development - FERO is interested in developing an innovative shelf angle anchoring system with superior thermal performance compared to conventional alternatives. This project aims to develop a shelf angle system that will provide sufficient structural strength and minimal thermal bridging.