Texlon® ETFE Canopy for Canberra Centre, Australia

Texlon® ETFE canopies perform in various architectural projects. These canopies connect 2 buildings and span across the street Scotts Crossing at the Canberra Centre, Australia. The canopies are part of a redesign project that aimed to revitalize the Canberra Centre, emphasizing its civic significance and creating a more welcoming public realm. The architects are Buchan Group.

Lightweight Canopies

Texlon® ETFE (Ethylene tetrafluoroethylene) is an innovative material used for creating lightweight, transparent canopies and roofing systems. A canopy serves multiple functions, including providing shelter from the elements, enhancing the aesthetic appeal of the center, and contributing to the overall architectural design of the space.

Vector Foiltec installed two elegant 2-layer Texlon® ETFE canopies. They cover an area of 720 m². The canopies provide benefits for the visitors, owners, and operators of the Canberra Centre.

Enhance Urban Spaces

This project in Canberra is a prime example of how modern architectural solutions can enhance urban spaces.

Texlon® ETFE canopies offer a unique combination of aesthetics, performance, and sustainability, making them an increasingly popular choice for modern architectural projects across various sectors.

Contact us to learn more.

Information

Date 2022
Location Canberra City ACT, Australia
Sector Retail
Size 720 m²
Structure Steel
Type Canopy
Architects Buchan Group

Expert Contact

Angus Macleod
Director Australia & New Zealand

These canopies connect 2 buildings and span across the street Scotts Crossing at the Canberra Centre, Australia.
These canopies connect 2 buildings and span across the street Scotts Crossing at the Canberra Centre, Australia.
These canopies connect 2 buildings and span across the street Scotts Crossing at the Canberra Centre, Australia.
These canopies connect 2 buildings and span across the street Scotts Crossing at the Canberra Centre, Australia.

Images Copyright: Vector Foiltec

More projects ///