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Armatherm™
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Tested to ASTM standards
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Armatherm applications
Armatherm™ FRR — Masonry Shelf Angle Thermal Bridging Solution
Masonry veneer walls require tie-backs and shelf angles, which create significant thermal bridges and can reduce a wall’s R-value by up to 50%, making compliance with energy codes challenging.
Armatherm™ 500 – Column Base Thermal Bridging Solution (load dependent)
Steel columns often extend through the building envelope and floor slab, with insulation interrupted at their base, resulting in heat transfer and energy loss.
Armatherm™ 500 – Foundation Wall Thermal Bridging Solution (load dependent)
Foundations form part of the thermal envelope. Key transition points, such as slab-on-grade to foundation wall and exterior wall to foundation connections, are common locations for heat flow caused by non-continuous insulation.
Armatherm™ FRR – Balcony / Canopy Thermal Bridging Solution
Common structural connections, such as balconies and canopies using cantilevered steel or aluminum elements, often create major thermal bridges within the building envelope.
Armatherm™ FRR – Parapet Roof Penetration Thermal Bridging Solution
Roof areas are part of the thermal envelope. Penetrations like davits, anchors and dunnage supports often extend through roof insulation and compromise continuous thermal protection.
ArmaGirt™ Z-Girt – Cladding Thermal Bridging Solution
Armatherm cladding attachment systems greatly improve wall assembly performance. ArmaGirt™ Z-Girts, clips, and thermal break shims combine low thermal conductivity with high compressive strength to transfer loads while reducing heat loss.
Thermal
Break resources
Our website offers a wide range of resources including test reports, detailed literature, design assistance and product videos to help explain the value of thermal break systems, their features and applications. CAD drawings are also available for download and can be easily integrated into project plans.
You can also access our online thermal break webinar, which provides an introduction to thermal bridging, explaining how and why it occurs as well as ways to prevent it. The course highlights the difference between assemblies with and without thermal breaks, whilst demonstrating the importance of calculating accurate thermal transmittance values for every project.
Armatherm resources
Downloads
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