Innovations
Innovations that Drive Energy Efficiency
Buildings account for 37% of global CO₂ emissions due to the energy they consume.* Azon is helping to change that with advanced thermal barrier technology designed to reduce Operational Carbon—the energy used throughout a building’s life after construction.
(*Source: UNEP, IEA 2021)
By integrating Azon’s solutions into window framing systems, commercial buildings can significantly cut energy consumption and greenhouse gas emissions—without compromising on structural integrity.
Why Azon?
Azon’s thermal barrier technology empowers aluminum fenestration manufacturers to achieve top-tier energy efficiency while maintaining durability and strength.
Here’s how Azon leads the way:
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Innovation Pioneer: Introduced the “Pour and Debridge” method in the U.S.
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Unmatched Strength: Offers the highest structural properties of any thermal barrier.
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Enhanced Design Flexibility: Encapsulated mechanical lock within curtain wall frames enables broader spans in façades.
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Superior Thermal Performance: Our low-conductivity expanded polyurethane core helps commercial windows and doors meet stringent global energy codes, including:
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Energy Star
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Passive House
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International Energy Conservation Code (IECC)
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Epic Firsts from Azon
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First blast- and hurricane-resistant aluminum thermal barrier products
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First “Cradle to Cradle” verified thermal barrier
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Dual cavity designs for storefronts and curtain walls
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Certified under the American Architectural Manufacturers Association (AAMA) quality assurance program
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Comprehensive design and simulation services
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Industry-leading 10-year product warranty
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Azo-Core: Our high-density polyurethane foam thermal barrier, engineered for ultimate thermal performance
