AzoCore is a high-density polyurethane foam designed for poured-in-place insulating applications. As the thermal barrier material with the lowest conductivity, AzoCore enables commercial windows and doors to meet stringent global energy standards including Energy Star, Passive House and the International Energy Conservation Code. Azon customers can use Azon machinery for standard polyurethane applications and AzoCore. Both are backed by the Azon warranty umbrella for aluminum fenestration. 

AzoCore is a high-density polyurethane foam designed for poured-in-place insulating applications. As the thermal barrier material with the lowest conductivity, AzoCore enables commercial windows and doors to meet stringent global energy standards including Energy Star, Passive House and the International Energy Conservation Code. Azon customers can use Azon machinery for standard polyurethane applications and AzoCore. Both are backed by the Azon warranty umbrella for aluminum fenestration. 

The GlazeGuard 1300 IR polypropylene panel features a 1 5/16-inch thickness and Florida Product Approval for Level D, Level E and HVHZ applications. Its multi-layered high-density polypropylene construction makes it impact and water-resistant, meeting coastal requirements. Weighing approximately 2.35 pounds per square foot, it offers an R-value of 2.20, serving as a glass alternative for windows or storefronts. It is available cut-to-size from the manufacturer or easily cut in-field with standard carpentry tools. 

The GlazeGuard 1300 IR polypropylene panel features a 1 5/16-inch thickness and Florida Product Approval for Level D, Level E and HVHZ applications. Its multi-layered high-density polypropylene construction makes it impact and water-resistant, meeting coastal requirements. Weighing approximately 2.35 pounds per square foot, it offers an R-value of 2.20, serving as a glass alternative for windows or storefronts. It is available cut-to-size from the manufacturer or easily cut in-field with standard carpentry tools. 

The insulbar LI insulating profile is now available in North America. Compared with standard profiles made from solid polyamide, the lambda value of insulbar LI is improved by 30% through a manufacturing process in which the polyamide material is foamed during extrusion. Existing window systems can be upgraded seamlessly with insulbar LI, requiring no system or process changes, and the same visual appeal and quality as traditional polyamide is maintained.

The insulbar LI insulating profile is now available in North America. Compared with standard profiles made from solid polyamide, the lambda value of insulbar LI is improved by 30% through a manufacturing process in which the polyamide material is foamed during extrusion. Existing window systems can be upgraded seamlessly with insulbar LI, requiring no system or process changes, and the same visual appeal and quality as traditional polyamide is maintained.

An innovation by Guardian Glass, Lyto’s between-the-glass automated micro-shade technology offers a range of benefits directly within your windows, including light blackout, glare reduction, privacy and energy savings. The intuitive interface allows for control via on-window buttons, smart home apps, wireless remotes or advanced scheduling. Encased within the window, it requires no cleaning or maintenance, is power-efficient, and runs on a rechargeable 10-month battery, with an option for PV-solar power. 

An innovation by Guardian Glass, Lyto’s between-the-glass automated micro-shade technology offers a range of benefits directly within your windows, including light blackout, glare reduction, privacy and energy savings. The intuitive interface allows for control via on-window buttons, smart home apps, wireless remotes or advanced scheduling. Encased within the window, it requires no cleaning or maintenance, is power-efficient, and runs on a rechargeable 10-month battery, with an option for PV-solar power. 

The Butylver TPS is a solvent-free, poly-isobutylene spacer capable of forming chemical bonds with glass surfaces. Designed to seamlessly integrate with all TPS applicators, this thermoplastic spacer streamlines the production process of structural and standard insulating glass units, elevating warm-edge performance and enabling high-level industrial automation. Crafted from a single component poly-isobutylene base with integrated desiccants, Butylver TPS ensures precise adhesion, minimal permeability and exceptional stability—up to 20-millimeter cavity—for contemporary IG applications. 

The Butylver TPS is a solvent-free, poly-isobutylene spacer capable of forming chemical bonds with glass surfaces. Designed to seamlessly integrate with all TPS applicators, this thermoplastic spacer streamlines the production process of structural and standard insulating glass units, elevating warm-edge performance and enabling high-level industrial automation. Crafted from a single component poly-isobutylene base with integrated desiccants, Butylver TPS ensures precise adhesion, minimal permeability and exceptional stability—up to 20-millimeter cavity—for contemporary IG applications.