ARCHITECT: Timothy Moon Architects
CONTRACTOR: Axis Metal Roofing
- 4,300 square metres of ARAMAX® supplied
- 50 metre sheet lengths rolled onsite
- 1.0mm BMT COLORBOND® steel
The $7 million redevelopment of William Clarke College’s Gymnasium in Kellyville, New South Wales was completed in 2014 to provide a suitable all-weather recreational facility for the school’s K-12 co-educational students.
Fielders were contacted by architect Timothy Moon and Axis Metal Roofing to supply ARAMAX as the combined roofing and ceiling solution for the gymnasium and associated outbuildings surrounding the facility, as a key architectural feature of the complex.
Upon completion, the building was presented an award for excellence at the 2014 Metal Roofing and Cladding Association of Australia (MRCAA) due to the impressive use of materials as a feature of the facility.
Given the architect’s desire for a feature material for both the interior and exterior, Fielders ARAMAX was selected as a result of the profile’s deep, expressive V-shaped aesthetic which also had the ability to span large unsupported distances between steel portals.
ARAMAX® was supplied in two finishes: COLORBOND® steel in Pale Eucalyptus® on the roof side and COLORBOND® steel Surfmist® on the underside which acts as the ceiling within the gymnasium.
The William Clarke College gymnasium facility was constructed in 2014 with the supply of ARAMAX taking place in May, and the building completed in November. The roofing material was rolled on site at the school using the Fielders Mobile Mill® which proved a cost-effective way of supplying the material in an efficient timeframe.
Fielders ARAMAX structural cladding system is a unique V-shaped roofing profile that is bigger, bolder and deeper than conventional steel cladding profiles available on the market. The product is manufactured in standard 800mm cover width, with 700mm to 900mm cover widths available upon request.
ARAMAX is produced on a mobile roll-former and has the unique ability to be rolled onsite anywhere in the world, reducing construction time and improving project efficiencies. Project applications include commercial buildings, residential houses, shade structures and commercial shelters.