Sigma Bracket - Stainless Steel

Thermal bridging can be responsible for a structure’s heat loss. ECO Cladding’s Sigma stainless steel brackets have a low thermal conductivity which reduces heat loss and significantly decreases thermal bridging.
What is a 'thermal bridge'? The calculations around Thermal Bridges are rather complicated and intricate, but essentially, thermal bridges are the points at which conventional building design loses energy. They are often unaccounted weak points in the building envelope resulting in high local discomfort, moisture, and mold while providing a highway for energy loss.
Sigma brackets are designed to address the instance of thermal bridging for certain applications. Available in both vertical and horizontal designs Sigma brackets are available in multiple sizes to create various cavity depths. The number of fasteners back into the substructure will be optimized based on load requirements and back-up wall type. Sigma+ brackets allow more fastener points and can be used in combination with standard Sigma brackets to address the cladding material’s dead load.
Sigma WALL BRACKET SIZES
Available in both vertical and horizontal designs, Sigma brackets are available in multiple sizes to create various cavity depths.
Submit your project to us using our Build Your Project submission process and we can assist!
BRACKET DEPTH | ADJUSTABILITY | VERTICAL | HORIZONTAL |
---|---|---|---|
35mm / 1.38”* | 1.46” – 2.95” | Yes | Yes |
50mm / 1.97”* | 2.05” – 3.54” | Yes | Yes |
80mm / 3.15” | 3.23” – 4.72” | Yes | Yes |
100mm / 3.94” | 4.02” – 5.51” | Yes | No |
115mm / 4.53” | 4.61” – 6.10” | Yes | Yes |
135mm / 5.31” | 5.39” – 6.89” | Yes | No |
150mm / 5.91” | 6.77” – 8.27” | Yes | Yes |
170mm / 6.69” | 7.36” – 8.86” | Yes | No |
185mm / 7.28” | 7.95” – 9.45” | Yes | Yes |
200mm / 7.87” | 8.74” – 10.24” | Yes | No |
220mm / 8.66” | 8.74” – 10.24” | Yes | Yes |
235mm / 9.25” | 9.33” – 10.83” | No | Yes |
255mm / 10.04” | 10.12” – 11.61” | Yes | No |
260mm / 10.24" | 10.35” – 11.85” | Yes | No |