Albina Co., Inc. recently provided the curved steel beams for an 8,000 square foot glass canopy at the Oregon State University (OSU) Student Experience Center, installed in Corvallis Oregon. The canopy links the new Student Experience Center with the Memorial Union. The canopy is not only functional (allowing for a protected space when it is raining during outdoor events) but also a signature structure on the Oregon State University campus. The bending portion of this project required very large HSS rectangular tubing to be bent consistently from piece to piece with little to no deformation. Albina bent 8 lengths of TS 20” x 12” x .500” wall A500 Gr. B, all over 70 ft long. Albina also bent 44 lengths x 60 ft and 23 lengths x 25 ft of TS 6” x 3” x .313” wall A500 Gr. B, this material was “double bent” the easy-way and the hard-way. Fought & Co., a structural steel fabrication shop located in Tigard Oregon, teamed up with Albina to successfully produce the required canopy.
Albina Co., Inc. recently completed a project involving various curved tube steel to create a state-of-the-art car canopy at the UCSF Medical Center in San Francisco, CA. Albina Co., Inc. bent tube steel 5″ X 3″ X .375″ WALL A500 GR B and tube steel 5″ X 3″ X .250″ WALL A500 GR B for the project. All of the material was rolled the hard way to AESS (Architecturally Exposed Structural Steel) standards.
World of Speed, a nonprofit experiential motor sports exposition, purchased an 80,000 square foot building in Wilsonville, Oregon as the permanent home for an auto racing and performance car tourism destination and an auto industry educational program. A local contractor partnered with Albina Co., Inc. to have us bend the curved steel canopy on the top of the building. Materials consisted of 6″ SCH80 A53B rolled to a 48’ 4” center-line-radius. The customer will net 78’ 4” of bent material. All roll material is Architecturally Exposed Structural Steel. Click on their site, World of Speed for more information about the World of Speed and the new museum.