Darley Aluminium — 30 Year AnniversaryDarley Aluminium — 30 Year Anniversary
Framing Systems

100mm Front Double Glazed Framing System

A 100mm × 60mm front-glazed platform delivering superior comfort and energy performance over non-thermally-broken framing.

100mm × 60mmFront GlazedThermally Broken

About the system

The ClimateGuard 100mm × 60mm front double-glazed framing system provides superior comfort and energy performance compared to non-thermally-broken framing systems. Front glazing simplifies on-site glass replacement and suits faces where the glass sits forward of the frame.

Like the rest of the range it is built around a continuous polyamide thermal break and tested to AS 2047, helping designers meet stringent NCC energy requirements without compromising the building's design.

Frame
Thermally-broken extruded aluminium — polyamide thermal break
Glazing
Double-glazed IGU (insulated glass unit)
Compliance
Tested to AS 2047 · NCC energy compliant
Warranty
7-year system warranty
Frame depth
100 × 60 mm platform
Glazing position
Front glazed
Max IGU
34mm double-glazed
U-value
as low as 2.5 W/m²K
Application
Commercial · residential

Tested & certified

Thermal Break
A polyamide strip isolates interior from exterior, cutting heat transfer through the frame.
Energy Efficient
Double-glazed IGUs and the thermal break help meet NCC energy ratings.
Acoustic Insulation
Insulated glass and sealed sashes quieten interiors near road, rail and flight paths.
AS 2047 Tested
Structural, air and water performance tested to the Australian Standard.

Technical specifications

Looking for profiles and performance data? The full ClimateGuard range lives in the Darley product catalogue.

Browse the full ClimateGuard catalogue
Architects, builders & fabricators

Specify ClimateGuard on your next build.

Add the windows your design deserves and still hit your energy targets — with technical support, a national fabricator network and the backing of an Australian-made brand.

ClimateGuard Thermally-broken Windows & Doors
Designed & engineered in
Australia