Innovations
Carbon Dioxide emissions from energy used in buildings account for 37% of global CO2 emissions.* (*UNEP, IEA 2021). Azon’s thermal barrier technology is designed to reduce “Operational Carbon,” the energy used by a building after it is constructed.
Conserving energy, while reducing greenhouse gasses, is possible in commercial buildings when windows are produced with Azon solutions in the framing system.
Azon’s thermal barrier technology allows aluminum fenestration manufacturers to achieve the highest energy efficiency while maintaining strength and durability.
Here is how Azon is leading:
- Pioneered the “Pour and Debridge” method in the US
- Highest structural properties of all thermal barriers
- Fully encapsulated mechanical lock in the curtain wall frame allows for wider spans in the façade
As the thermal barrier material with the lowest conductivity, the expanded polyurethane core allows for commercial windows and doors to meet stringent global energy standards including:
- Energy Star
- Passive House
- International Energy Conservation Code (IECC)
Epic Firsts from Azon
- Blast and hurricane resistant aluminum thermal barrier products
- “Cradle to cradle” verified thermal barrier
- Dual cavity storefront and curtain wall
- American Architectural Manufacturers Association (AAMA) quality assurance program
- Design and simulation services
- 10-Year Product Warranty
- Azo-Core high density polyurethane foam thermal barrier
