Technical library

Spec sheets for every series

For estimators, builders and building designers. One-page PDF per series with performance figures, construction, glazing options and section drawing. Data for all 46 series is also in a CSV file.

In supply now: the 70 series thermally broken casement; the other series are on request for projects. 28 of the 46 series are thermally broken. The lowest whole-window U-value is Uw 1.2 W/m²K (120 Narrow-Frame Thermally Broken Casement, 120 Motorised Horizontal Sliding Window, 120 Oversize Motorised Tilt Window, 120 Casement with Integrated Inner Sash); the quietest is the 93 High-Performance Energy Casement at Rw+C 45–50 dB; the highest water tightness is 800 Pa (93 High-Performance Energy Casement). All figures are the factory's published test results.

Series	Frame	Thermal break	Uw W/m²K	Rw+C dB	Water Pa	Wind kPa	PDF
Windows
120 Narrow-Sash Casement Window	120 mm	Yes	1.5	40–45	700	5.0	PDF
120 Narrow-Frame Thermally Broken Casement	120 mm	Yes	1.2	40–45	600	5.0	PDF
120 Motorised Horizontal Sliding Window	120 mm	Yes	1.2	40–45	600	5.0	PDF
120 Oversize Motorised Tilt Window	120 mm	Yes	1.2	40–45	600	5.0	PDF
120 Casement with Integrated Inner Sash	120 mm	Yes	1.2	40–45	700	5.0	PDF
115 Tilt & Turn Window	115 mm	Yes	1.4	40–45	600	5.0	PDF
108 Casement with Micro-Ventilation	108 mm	Yes	1.4	40–45	700	5.0	PDF
116 Thermally Broken Casement Window	116 mm	Yes	1.8	35–40	600	5.0	PDF
100P Thermally Broken Casement Window	100 mm	Yes	1.8	35–40	600	5.0	PDF
100 Awning Window with Folding Flyscreen	100 mm	No	2.2	25–35	500	4.0	PDF
93 Thermally Broken Casement Window	93 mm	Yes	1.5	40–45	700	5.0	PDF
93 High-Performance Energy Casement	93 mm	Yes	–	45–50	800	6.0	PDF
70 Outward-Opening Casement Window	70 mm	Yes	1.8	35–40	700	5.0	PDF
70 Thermally Broken Casement Window	70 mm	Yes	1.8	35–40	700	5.0	PDF
60 Thermally Broken Casement Window	60 mm	Yes	1.8	30–35	700	5.0	PDF
45 Casement Window (Non-Thermal)	45 mm	No	2.1	25–30	600	4.0	PDF
Extra-Large Fixed Window	–	Yes	2.1	25–30	600	4.0	PDF
105 Thermally Broken Double Hung Window	125 mm	Yes	1.5	40–45	700	5.0	PDF
116 Aluminium Louvre Window	116 mm	Yes	–	–	–	–	PDF
100-66 Three-Track Sliding Window	100 mm	No	2.2	25–30	600	4.0	PDF
100 Three-Track Sliding Window	100 mm	No	2.2	25–30	600	4.0	PDF
120-30 Slim Thermally Broken Sliding Window	120 mm	Yes	1.6	30–35	700	5.0	PDF
Doors
18 mm Ultra-Slim Three-Track Sliding Door	110 mm	No	1.8	25–30	600	4.0	PDF
110-82 Heavy-Duty Sliding Door	110 mm	No	1.8	25–30	600	4.0	PDF
120 Thermally Broken Heavy-Duty Sliding Door	120 mm	Yes	1.6	30–35	600	5.0	PDF
80 Thermally Broken Heavy-Duty Sliding Door	139 mm	Yes	1.6	35–40	700	5.0	PDF
100 Thermally Broken Heavy-Duty Sliding Door	139 mm	Yes	1.5	40–45	800	5.0	PDF
139 Lift & Slide Door	139 mm	Yes	1.4	40–45	800	5.0	PDF
75 Thermally Broken Bifold Door	75 mm	Yes	1.4	40–45	700	5.0	PDF
Sensor-Activated Electric Sliding Door	110 mm	No	1.8	25–30	600	4.0	PDF
45 Hinged Door	45 mm	No	2.2	25–30	600	4.0	PDF
60 Thermally Broken Hinged Door	60 mm	Yes	1.8	30–35	600	4.0	PDF
120 Hinged Door with Integrated Flyscreen	120 mm	Yes	1.7	35–40	700	5.0	PDF
100 Aluminium Panel Entrance Door	100 mm	Yes	1.5	40–45	700	5.0	PDF
100 Thermally Broken Entrance Door	100 mm	Yes	1.5	40–45	700	5.0	PDF
70 Commercial Hinged Door	70 mm	Yes	1.6	30–35	700	5.0	PDF
108 Floor-Spring Double Door	108 mm	No	1.8	25–25	600	4.0	PDF
Shopfront Door System	100 mm	No	1.8	35–40	700	5.0	PDF
Skylights & sunrooms
Curtain Wall Glazing	–	–	–	–	–	–	PDF
Glass Balustrade	–	–	–	–	–	–	PDF
Opening Overhead Skylight	–	–	–	–	–	–	PDF
Sliding Skylight	–	–	–	–	–	–	PDF
Electric Folding Roof Window	–	–	–	–	–	–	PDF
Flat-Roof Sunroom	–	–	–	–	–	5.0	PDF
Pitched-Roof Sunroom	–	–	–	–	–	5.0	PDF
Gable-Roof Sunroom	–	–	–	–	–	5.0	PDF

Reading the figures

Which aluminium window series has the lowest U-value?

In this range the 120 Narrow-Frame Thermally Broken Casement, the 120 Motorised Horizontal Sliding Window, the 120 Oversize Motorised Tilt Window, the 120 Casement with Integrated Inner Sash share the lowest factory Uw, 1.2 W/m²K. Standard non-thermal frames test at about 2.1–2.2 W/m²K.

What does Uw mean on a window spec sheet?

Uw is the heat-transfer coefficient of the whole window (frame plus glass), in W/m²K. Lower means less heat lost or gained. Energy assessors also use the SHGC (solar heat gain coefficient) of the glass; we supply both per series for NatHERS, BASIX or NCC reports.

How do water tightness and wind load figures relate to AS 2047?

AS 2047 tests windows to a performance rating set by the site’s wind classification under AS 4055: the higher the class, the higher the test pressures for wind, water and air. Compare the series figures with your site class and confirm with the AS 2047 test report we send with the quote.

Can I get CAD or DWG section drawings?

Section drawings are shown on each spec sheet. DWG files for a series are available on request for architects, building designers and estimators: ask through the enquiry form with the series name.

Is the data available in a spreadsheet?

Yes. Download the CSV of all 46 series with frame depth, thermal break, Uw, Rw+C, water tightness and wind load.

Need DWG drawings or test reports?

Tell us the series and the project. We send section drawings, the AS 2047 test report and energy data.