Residential ThermalHEART™

Thermally broken systems for improved energy efficiency




Designer Series with ThermalHEART™ is the latest addition to the Vantage range of high performance windows and doors.

Developed in response to growing environmental concern and requirement for energy efficient building designs, Designer Series with ThermalHEART™ offers significantly improved thermal performance and energy efficiency.

Ideal for those applications where minimising cold and heat transfer is a priority, this innovative range is 32% more thermally efficient than standard double glazed windows and doors.

For more information about ThermalHEART™ and thermally broken systems visit



Series 726 Thermally Broken Awning Window
Series 729 Thermally Broken Hinged Door
Series 730 Thermally Broken Bi-fold Door
Series 731 Thermally Broken Sliding Door






Commercial ThermalHEART™

Thermally broken commercial systems.




The Elevate™ Commercial range of ThermalHEART™ thermally broken commercial aluminium framing systems includes thermally broken CentreGLAZE™, FrontGLAZE™, hinged, pivot and sliding door systems. These innovative thermally broken commercial framing systems are ideal for use in commercial building applications, particularly where minimising heat or cold transfer is a priority.

State-of-the-art, high performance thermally broken commercial systems are a critical element for commercial building projects. These innovative commercial framing systems will deliver exceptional energy efficiency for the building envelope.

These market leading thermally broken commercial aluminium framing systems have been designed and tested to deliver exceptional performance for the Australian commercial building sector.



Series 804 Thermally Broken 100mm CentreGLAZE™ Framing
Series 806 Thermally Broken 150mm CentreGLAZE™ Framing
Series 824 Thermally Broken 100mm FrontGLAZE™ Framing
Series 826 Thermally Broken 150mm FrontGLAZE™ Framing
Series 852 Thermally Broken Door System (Sliding)
Series 852 Thermally Broken Door System (Hinged)