Category Archives: Amazon Curved Steel Bio-Spheres Seattle

Explore The Amazon Spheres Online Now!

Building The Amazon Spheres was a project that began in February 2013 and just this month The Spheres will officially open. Numerous Pacific Northwest businesses collaborated to make The Spheres possible. The Spheres website is officially live and you can explore not only the building and the many milestones during conception and construction, but also the very unique plant life that inhabits The Spheres. Albina Co., Inc. was the steel bender/roller for the Amazon Curved Steel Bio-Sphere buildings in Seattle, WA. Albina bent 750,000# and 1,050 pieces rectangular tube steel bent the easy way and a portion bent off-axis. Almost 8 miles of welding work and grinding was avoided because of Albina’s ability to bend a portion of the project. Almost NO correction was needed during fabrication or erection as the bends fit to the fixtures within 1/32nd of an inch!

Amazon Curved Steel Spheres

Amazon Curved Steel Spheres

Amazon Curved Steel Spheres

A Second Headquarters for Amazon?

Amazon may be exploring the option of a second headquarters somewhere beyond its current base in Seattle. Albina Co., Inc. was the AISC steel bender/roller on the most recent Amazon spheres in Seattle, Washington. Amazon told city planners they could spend up to $5 billion on the new site and hire up to 50,000, then gave cities and states just six weeks to submit bids. Click here to read the most recent article published by the Oregonian.

Link to Article: Amazon Curved Steel Bio-Sphere Buildings Help Make Seattle America’s Biggest “Company Town”

Albina Co., Inc. was the bender/roller for the Amazon Curved Steel Bio-Sphere buildings in Seattle, WA. Albina bent 750,000# and 1,050 pieces rectangular tube steel bent the easy way and a portion bent off-axis. Almost 8 miles of welding work and grinding was avoided because of Albina’s ability to bend a portion of the project. Almost NO correction was needed during fabrication or erection as the bends fit to the fixtures within 1/32nd of an inch! See the most recent article published in the Seattle Times.