Earn 1 AIA Learning Credit with Armatherm
As we work together to create a more sustainable future for the construction industry, we’re dedicated to supporting architects in their professional development too.
What You’ll Learn in the Thermal Breaks Seminar
Armatherm™’s AIA seminar, “Build Better with Thermal Breaks” allows architects to gain a better understanding of the value thermal breaks can offer and how to apply them effectively in your next project to prevent thermal bridging issues.
The course has one AIAA LU HSW credit available and you can sign up for the seminar online today by clicking the button below, or via Hanley Wood University to learn about thermal bridging in your own time.
What Are Thermal Breaks and Why Do They Matter?
Thermal bridges are conductive pathways that drain energy from buildings. Armatherm™ thermal break solutions provide a combination of low thermal conductivity and high compressive strength, specifically designed and tested to transfer load and control thermal bridging and energy loss.
Armatherm™ products have been proven through three-dimensional thermal modeling to reduce heat loss in roof and wall assemblies, transitions and structural connections throughout the building envelope, providing energy saving benefits for the lifetime of the building
How Thermal Breaks Help Meet Energy Goals
The buildings we construct today will be in service for 50-100 years or more and we can improve the environment by ensuring they are designed and built in a more efficient way. Addressing thermal bridging is an important component in lowering operating costs and providing healthier, comfortable buildings – but we must act now!
For more information on energy efficient incentives, visit our www.dsireusa.org
Learn About Incentives and Long-Term Energy Savings
There are also federal and state tax incentives – talk to our experienced team to find out more by clicking below.
Armatherm™ products have been proven through three-dimensional thermal modeling to reduce heat loss in roof and wall assemblies, transitions and structural connections throughout the building envelope, providing energy saving for the life of the building.
