Albany Entertainment Centre, WA
| Client: |
DORIC Group, HM Metalcraft |
| Architect: |
Cox Howlett + Bailey Woodland Roberts Gadener |
| Project: |
Albany Entertainment Centre Roof |
| Membrane: |
Proctor Roofshield |
| Insulation: |
Kingspan Kooltherm K10 |
Designed by Cox Howlett + Bailey Woodland in association with local architects Roberts Gardener, the striking Albany Entertainment Centre is the result of an extensive planning process between the State Government, the City of Albany and the Great Southern Development Commission. Premier Alan Carpenter said “the landmark design would become a jewel in the crown of the new Albany waterfront precinct. As well as being the focus for performing arts in the Great Southern region, the entertainment centre will play a key role in reinvigorating the waterfront.” Constructed by Perth builders Doric Constructions, the Albany Entertainment Centre is complete with a 620-set auditorium, rehearsal space, café, convention/corporate function space and an observation platform, which has a breathtaking view of the Princess Royal Harbour. This dynamic building is dominated by four ‘triangles’ of zinc-cladded panels, with an inner ‘diamond’ of zinc roofing and glass skylights. To prevent roof space and interstitial condensation forming, a winning combination of Kingspan Kooltherm® K10 thermal insulation and Proctor’s Roofshield breathable membrane was introduced and installed by HM Metalcraft. Installing Proctor’s Roofshield breathable membrane behind the zinc cladding prevents moisture ingress whilst allowing water vapour to escape. The breathable membrane reduces the risk of mould growth and corrosion within the building structure, effectively allowing the building to breathe. Kingspan’s Kooltherm® K10 thermal insulation has been incorporated into the overall roof design in combination with a high density mineral wool to meet the stringent requirements of the acoustic consultant. Installed as one continuous layer across the entire roof structure, Kooltherm® K10 will minimise thermal bridging, helping to keep the buildings internal temperature at a constant, maximising the thermal efficiency and occupants comfort.
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