All Categories Awards Case Studies Company News Corporate ID (CID) Educational Facilities From the Experts Guest Blogs
Hospitals In the Press Let's Talk Tech Office Buildings Pre-fab Prefabrication Public Venues/Convention Centers Uncategorized

Striking Ellipsoidal Design, Modern ALUCOBOND PLUS Façade Distinguish High-Rise Residential Tower

As one of the first high-rises constructed in the fast-growing Tysons unincorporated area of Fairfax County, Va., Adaire, a mixed-use residential community, stands out not only for its 35 stories towering into the sky but for its striking ellipsoidal design and modern facade.

Color-Changing Green-Hued ALUCOBOND Spectra Reflects Sustainable Design Of New Mixed-Use Community

The Marine Gateway mixed-use development officially opened this spring in south Vancouver, British Columbia, Canada, as the first major transit-oriented development integrated into Vancouver’s Canada Line rapid transit rail system. It’s also served by the South Vancouver Bus Loop.

Multi-Layered Cube-Like Facade Achieves Diversity In Residential Hi-Rise Design With ALUCOBOND PLUS

A big compliment to architects is hearing that one of their building designs has become a recognizable landmark.

That’s the case for architects at the Los Angeles office of Arquitectonica International Corp. who designed the Olume residential building in San Francisco’s Mission District with a unique multi-layered cube-like metal façade featuring a total of five custom earth-toned colors of ALUCOBOND® PLUS aluminum composite material (ACM).

SFO Airport Control Tower Clad in ALUCOBOND Plus Welcomes Passengers With Lit-Torch Design

Photographer © John Swain

Project Name: San Francisco International Airport’s (SFO) airport traffic control tower
Project Location: San Francisco, CA
ALUCOBOND® Materials: ALUCOBOND® PLUS Custom SFO Silver
Design Architect: HNTB Corp.
Design Build Architect: Fentress Architects
Fabricator: Keith Panel Systems Co. Ltd.
Installer: Pacific Erectors
General Contractor: Hensel Phelps Construction Co.
Structural Engineer: Walter P Moore
Photography: Daniel Lunghi Photography, John Swain Photography

Design of San Francisco International Airport’s (SFO) new airport traffic control tower not only was focused on functional goals – including meeting the strictest seismic event standards, offering maximum sightlines and accommodating state-of-the-art electronics – it also needed to serve as an iconic airport symbol.

Headquarters Iconic Design Reflected In ALUCOBOND NaturAL Cladding


© Brad Feinknopf Photography

Project Name: The Connor Group Headquarters
Project Location: Miamisburg, Ohio
ALUCOBOND® Materials: ALUCOBOND® NaturAL Brushed Finish
Architect: Moody Nolan
Fabricator: Royalton Architectural Fabrication, Inc.
Installer: Celina Glass Co., Inc.
General Contractor: Messer Construction Co.
Photography: Brad Feinknopf Photography & Daniel Lunghi (see copyright under photo)

Executives at The Connor Group set high expectations for design of the national real-estate investment firm’s new Central Support Office building, which opened in Miamisburg, Ohio, in August 2014.

LAX International Terminal Features Ocean Wave Roof Design With ALUCOBOND

[David Ford of Crown Corr]

Project Name: New Tom Bradley International Terminal (TBIT) at LAX
Project Location: Los Angeles, California
ALUCOBOND® Materials: 4mm Custom LAX Fawn Metallic
Year of Installation: 2013
Architect: Fentress Architects, Denver, Colorado
Fabricator: Elward Systems Corp., Lakewood, Colorado
Attachment System: Elward Systems Corp. Rout and Return Dry System
Installer: Gary, Ind.-headquartered Crown Corr, Inc.
Images: Jason A. Knowles © Fentress Architects and David Ford

Los Angeles International Airport (LAX) is the sixth busiest airport in the world and the third busiest in the United States serving nearly 63.7 million passengers – including 17 million international passengers – in 2012. Visitors are drawn to Los Angeles to experience everything from the area’s temperate coastal climate and beaches to the glitz and glamour of Hollywood movie-making.