ENERGY SAVING WINDOWS
Thermal Break Aluminium Frame with Wooden Interior cladding - German engineered energy saving windows
Design specifications:
Real Wood Cladding on a Aluminium frame exterior (70mm thickness)
Double Glazed (or Triple Glazed on request)
6mm Toughened Glass with Warm edge spacer
Low Emissivity Glass (Low-E) with Tint (light Green or Grey)
Triple Thermal Break and special seals to further improve thermal efficiency
Tilt and Turn opening mechanism which allows the choice to fully open or just ventilate your space
Insect mesh (steel in BAL rated zones)
Metal clams that are Easy to mount
European Standards (exceeds Australian)
Please contact us to view a sample or quote your project.
Thermal Break Wooden Frame with Aluminium exterior German engineered energy saving windows
Design specifications:
Real Wood Cladding on a Aluminium frame exterior (70mm thickness)
Double Glazed (or Triple Glazed on request)
6mm Toughened Glass with Warm edge spacer
Low Emissivity Glass (Low-E) with Tint (light Green or Grey)
Triple Thermal Break and special seals to further improve thermal efficiency
Tilt and Turn opening mechanism which allows the choice to fully open or just ventilate your space
Insect mesh (steel in BAL rated zones)
Metal clams that are Easy to mount
European Standards (exceeds Australian)
Please contact us to view a sample or quote your project.
Thermal Break Wooden Frame with Aluminium exterior German engineered energy saving windows
Design specifications:
Real Wood Cladding on a Aluminium frame exterior (70mm thickness)
Double Glazed (or Triple Glazed on request)
6mm Toughened Glass with Warm edge spacer
Low Emissivity Glass (Low-E) with Tint (light Green or Grey)
Triple Thermal Break and special seals to further improve thermal efficiency
Tilt and Turn opening mechanism which allows the choice to fully open or just ventilate your space
Insect mesh (steel in BAL rated zones)
Metal clams that are Easy to mount
European Standards (exceeds Australian)
Please contact us to view a sample or quote your project.