- Atmospheric Environments
- Metal Science
- Design & Maintenance
- Step-by-Step Guide
- Distributors
- Case Studies
- Case Study 15 - Coastal Ecology Lab
- Case Study 14 - Waihohonu Hut
- Case Study 13 - Lake Ohau
- Case Study 12 - St Francis Church
- Case Study 11 - Breaker Bay
- Case Study 10 - Dumpling Hut
- Case Study 9 - Custom Colour
- Case Study 8 - Blue Heron
- Case Study 7 - Turn Point Lodge
- Case Study 6 - Sylvia Park
- Case Study 5 - Commercial Custom Colour
- Brochures
- Re-Roofing Brochure
- Roofing & Cladding Guide Brochure
- Warranty Inquiry
- Warranty Terms
- For Further Info
- PCC Online Login
ColorCote® Case Study 15 - The new Victoria University Coastal Ecology Laboratory built in Island Bay, Wellington.
Wellington’s iconic Island Bay is usually associated with surfing, where board riders gather to take advantage of the big rollers crashing in from Cook Strait.
But it’s also a place to learn about marine life. Victoria University established a Coastal Ecology Laboratory on its northern shores many years ago in a collection of old industrial buildings once used as a fish cannery. But when these old buildings became too run-down, cramped and uneconomic to maintain, they were replaced by a new facility.
Designing a new building for such a prominent waterfront site was no easy task, from both durability and aesthetic points of view, says Tim Burns of Pynenburg and Collins Architects. The brief called for a durable and attractive building that functioned in line with Environmentally Sustainable Design principles.
“The south coast is an iconic environment in Wellington, with stunning landforms and sea views - on rough days, however, the site is blasted by salt-laden southerlies,” he says.
Natural materials– stone, metal, glass and the large curved timber ribs at the entrance – were used in different zones to help ensure the new Coastal Ecology Laboratory complex had a coastal feel in its appearance. Pre-painted corrugated metal is used on the roof, feature walls and over the entrance to give it just such a look. But traditional galvanised iron is just not suited to such harsh environments, so a modern substrate was specified for the laboratory building – ColorCote® ARX™ pre-painted aluminium roofing and cladding.
ColorCote® ARX™ is constructed from type 5052/5005 marine grade aluminium alloy substrate, it is protected by a primer and PFV2 top coats that deliver a highly durable finish that can withstand the extreme marine environment of this part of the Wellington coast.
The finished Coastal Ecology Laboratory melds into the landscape, with the Sandstone Grey roof and Bone White cladding colours ensuring that it remains in harmony with the surrounding area; not over-powering it. The lab provides a pleasant learning environment for the Victoria university students and faculty and will stand up to the worst Cook Strait can throw at it for much longer than the older buildings it replaced, whilst connecting the students with the subject of their learning just across the road.
The building has also captured the attention of the professional architects’ body, winning an NZ Institute of Architects branch award.
Victoria University Coastal Ecology Lab Photo Gallery
Case Study 15 -
Coastal Ecology Lab
CLICK HERE to download a Case Study 15 PDF file.
CLICK HERE to request a
Case Study Brochure via post.
Owner:
Victoria University of Wellington
Architect:
Pynenburg and Collins Architects, Wellington
Builder:
Mainzeal, Wellington
Rollformers:
Steel & Tube, Wellington
Roofers & Main contractor:
Tararua Roofing, Wellington
ColorCote® product:
ColorCote® ARX™ marine-grade aluminium alloy substrate
Colours:
Sandstone Grey and Bone White
Media
For all media enquiries or to request permission to use an image featured in this Case study, please email: media@colorcote.co.nz







