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729 ThermalHEART™ Hinged Door

Series ThermalHEART™ Series 729 Series Thermally Broken Hinged Door
  • Series 729 hinged door incorporates ThermalHEART™ technology giving a true wide thermal break between the outside and inside faces. WERS (Window Energy Rating System) data shows that using the same IGU in a ThermalHEART™ hinged door is 32% more efficient than a standard non-thermally broken hinged door.
  • A major advantage with ThermalHEART™ hinged doors in cold climates is the reduction in internal condensation. This saves potential damage to timber reveals and floor finishes.
  • ThermalHEART™ is also suitable for hot climates – ThermalHEART™ windows and doors will help to reduce the cooling load on airconditioning units in hot climates.
  • We offer ThermalHEART™ in a range of stocked colours including dual colour ClearMIST™ (Clear anodised external with Surfmist powder coat internal).
  • The hinged doors have been tested for compliance with the relevant Australian Standards and achieved a high water resistance of 380Pa for external swing doors and 150Pa water resistance for internal opening doors, this making the product suitable for most residential applications.
  • Low air infiltration in hinged doors makes the product suitable for airconditioned buildings.
  • The extra strong hinged door stiles allow oversize door panels to be fabricated.
  • These hinged doors have sharp square external glazing beads are standard.
  • 100mm frame and transom have a soft 2mm internal radius.

Product Specifications

Product Specifications
Maximum Panel Height* 2600mm
Maximum Panel Width* 900mm
Maximum Glass Thickness ≤ 32mm
SHGC Range 0.13 - 0.46
Uw Range 2.5 - 5.2
* Subject to individual site conditions and wind loads. Visit the WERS website: Product Ratings
729 TH HD1
729 TH Dual Finishes
Ani 729 1
Thermal Heart

Product Specifications

Product Specifications
Maximum Panel Height* 2600mm
Maximum Panel Width* 900mm
Maximum Glass Thickness ≤ 32mm
SHGC Range 0.13 - 0.46
Uw Range 2.5 - 5.2
* Subject to individual site conditions and wind loads. Visit the WERS website: Product Ratings