Armatherm Thermal Break Display Model Request

With Armatherm Thermal Bridging Solutions’ model, you can easily display in a common area and discuss in a classroom setting common
connection points where structural thermal breaks are required to mitigate thermal bridging.

The Armatherm connection display model serves as an effective teaching aid by providing a clear, tactile representation of real-world construction interfaces such as balcony connections, façade attachments and steel-to-concrete junctions where thermal bridging typically occurs. By visualising these critical details in a simplified, physical format, students and professionals alike can better understand heat flow paths, insulation continuity and the role of thermal break materials in improving overall building performance.

With clear labeling and multiple of Armatherm™ product lines shown connections in one large model and one small model, conversations surrounding thermal bridging have never been easier.

Column base
Masonry relief angle
Roof penetration
Brick shelf angle
Balcony
I-Beam

These connection points highlight where thermal bridging is most likely to occur, helping users understand where structural thermal break solutions are essential to maintain insulation continuity and improve overall building performance.

Testimonials

“

Thermal and energy issues are critical to building design and evaluation in the Architectural Engineering Technology bachelor degree program at Vermont State University. The Armatherm model visually demonstrates to students how straightforward it is to break the thermal-conduction path between a building interior and exterior.”

- Scott A. Sabol, P.E., Vermont State University

“

We have been using the Armatherm Thermal Break Display Model as part of our team reviews and coordination meetings, and it has proven to be a practical tool.

The model simplifies discussions around thermal bridging by clearly showing typical connection conditions such as column bases, balcony connections, masonry supports, and roof penetrations. This has helped both field teams and design teams align on requirements and identify potential issues earlier.

From a construction perspective, the physical representation improves understanding compared to drawings alone. It supports clearer communication with engineers, installers, and clients, especially when explaining where structural thermal breaks are required.

Overall, the display model adds value during planning and training. It is a useful reference for anyone involved in detailing or installing structural steel connections where thermal performance is a concern.

- Shawn Bennett, NYC Constructors