Producing pour and debridge

Fillameter™

The Azon Fillameter™ HMI with the Tornado III™ dynamic mixer, dispenses liquid two-component polyurethane polymers into the thermal barrier channel. Within minutes, the thermal core solidifies into a very strong, structural composite.

The Tornado III™ dynamic mixers on the Azon pouring machines ensure the two-component structural polymers are mixed properly to produce quality thermal barrier product (the air Tornado II™mixer type is used on standard, manual machinery).

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Bridgemill™

The Azon Bridgemill™ is employed in the third and final step in the thermal barrier process—removal of the metal bridge from the bottom of the channel. The pour and debridge method results in a high performance structural composite framing material suitable for withstanding the most demanding climates and conditions

 

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more…about the Lancer – video

 

Producing mechanical locks

Azo-Brader™

The Azon Azo-Brader™ provides mechanical surface conditioning of the extrusion cavity to ensure proper adhesion to difficult finishes. Windows and doors produced with the Azon Azo-Brader™, the structural polymer system and Azon E-Quality Audit™ procedures, as outlined in the warranty agreement and quality assurance guide, carry a ten-year warranty against polymer failure.

The *patented Azon Azo-Brader™ abrades the profile pocket to mechanically lock the polyurethane polymer with the finished surface of the aluminum profile. *U.S. Patent 5-577 951

 

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Lancer™

The Azon Lancer™ provides mechanical surface conditioning of the extrusion cavity to ensure proper adhesion to difficult finishes. Windows and doors produced with the Azon Lancer™, the structural polymer system and Azon E-Quality Audit™ procedures, as outlined in the warranty agreement and quality assurance guide, carry a ten-year warranty against polymer failure.

The Lancer™ works inline with pour and debridge processing machinery and will accommodate may common open-top thermal barrier extrusion profiles and is the essential machine type for producing the the MLP™ (mechanical lock profile).

Learn more about How it Works
more…about the Lancer – video