Art Deco beauty restored
April 2016

Eagle Point in London, ‘a powerful statement of Art Deco elegance’ has been restored using around £1m worth of windows, doors and curtainwall façades from HUECK.

The installation was delivered by NA Curtain Walling, a UK building envelope specialist with services that include design, fabrication, installation and maintenance of curtainwall and cladding systems.

The development consists of 276 new apartments as well as art studios, workshops, and over 6,000 sq. m of ground floor offices, restaurants and cafés in London’s Old Street District.

Nearly 700 windows and doors from Hueck’s Lambda 77 L range were used throughout the development. With U values as low as 1.0 W/m²K, and capable of accommodating a sash weight up to 160 kg visible/170 kg concealed, the 77mm Lambda profile systems were chosen for their high energy performances, as well as the design flexibility and versatility they offer.

Other frames provided by Hueck in collaboration with NA Curtain Walling included French inward opening windows with Tilt Before Turn facility, as well as inward opening doors with access from the outside. Alongside the Lambda suites, the project also features Hueck’s Trigon 50mm façade system with mullion-transom construction for vertical, slanting, level or polygonal curtain walls.

“Working with Hueck from the early stages ensured the project could be delivered cost-effectively, while keeping in line with the architect’s vision,” said Jason Cross, NA Curtain Walling operations director. “Hueck’s design facilities and technical expertise, alongside a very extensive range of window, door and façade systems can accommodate virtually any requirements and design concepts, and we look forward to partnering on future projects as well.”

Hueck UK project development manager, Darren Watkins, added: “Together with our partners we identified the best opportunities for value engineering, and we designed project-specific solutions within budget, to the ultimate benefit of the client.”

www.hueck.com