Monthly Archives: September 2020

“Space Plants” on Prominent Display at Newly Renovated and Renamed Verdell Rutherford Park

“Space Plants” ranging from 8’ to 15’ high, located at the newly renovated and renamed Verdell Rutherford Park at SE 165th Ave and Market St in Portland, Oregon. Created in Eagle Creek, OR by Tyler FuQua Creations in 2020. Photos by Jeremy Running Photography. The new name honors Rutherford, a female civil rights leader who lived in Oregon from 1913 to 2001.

6″ OD X .250″ WALL A500 GR B – Albina bent 2 pcs per customer supplied drawings- 3’-0” center-line radius tightest bend.
5″ OD X .250″ WALL A500 GR B- Albina bent 2 pcs per customer supplied drawings- 2’-7” center-line radius tightest bend.
4″ OD X .250″ WALL A500 GR B- Albina bent 1 pc per customer supplied drawings- 7’-1”t center-line radius.
3″ OD X .188″ WALL A500 GR B- Albina bent 10 pcs per customer supplied drawings- 2’-8” center-line radius tightest bend.
2½” OD X .188″ WALL A500 GR B- Albina bent 2 pcs per customer supplied drawings- 1’-9” center-line radius tightest bend.

Albina Co., Inc. Virtual & Aerial Tour 2020

Take a journey in, above and around our production shop and office with this high resolution virtual and aerial tour of Albina Co, Inc. See our state of the art roll bending machines in action from a plan view, soar through our bays, watch our certified welders in action, and take a peek into our office and newly renovated lunch and conference rooms.

Curved Steel Roof at Renovated Hayward Field

As the “Front Runner in Steel Bending”, we “Tower Above the Rest!” We were thrilled to be an integral part of reconstructing Hayward Field at the University of Oregon. Hayward Field is the world-class home to @OregonTF. Albina created the curved steel diaphragm used to support the roof structure and provided various bent materials to help construct the landmark tower at the northeast corner of the facility. Designers wanted to create a structure that was open and airy, allowing spectators to enjoy great views and natural daylight, in an intimate environment. See https://linktr.ee/AlbinaCoInc for pictures, video and more!

For the roof, we rolled 600 lengths, varying from 28’-0” to 75’-6” long, of 14″ OD X .375″ / .500 WALL A500-18 GRADE B&C. That is 1,500,000# lot weight (750 tons) of rolled steel, 32 inbound trucks and 90 outbound trucks. The 14” OD material was laid over the top of the plate that we bent for this project. We bent 300 lengths, varying from 3’-0” to 37’-0” long, of PLATE 1½” THICK X 16¾” WIDE A572 GR. 50 and PLATE 1½” THICK X 10″ WIDE A572 GR. 50.

In addition to the iconic roof, the tower at Hayward (187 feet tall) creates a community landmark honoring the first 100 years of track and field at Oregon. We rolled 400 lengths, varying from 20’-0” to 60’-0” long, of Tube Steel 8″ X 4″ X .500″ WALL A500 GR B, 8-5/8″ OD X .625″ WALL A500C WHEELED, 8-5/8″ OD X .375″ WALL A500C WHEELED, 8-5/8″ OD X .250″ WALL A500C WHEELED, and Flat Bar 3/8″ X 4½” A36. That is 330,000# lot weight (165 tons) of rolled steel, 10 inbound trucks and 16 outbound trucks!

Our work was extremely precise, and we had zero rejected parts by the fabricator, Fought & Co., Inc. When measuring the work points during fabrication, they never once had to heat up or adjust the bending. To make the erection process go smoothly, we marked every 3-4 feet on the centerline back of the pipe to assist in the layout process for the diagrid “fish-mouth” stubs, and up-stands for the roofing system.

Check out the video below when Ashton and Brianne Theisen-Eaton Tour the Renovated Hayward Field.

Curved Steel at Kelli McGregor Square Outside Coors Field

Albina recently supplied 40,000# of bent steel for Kelli McGregor Square Mixed Use Development located outside Coors Field in Denver, Colorado. We bent the following materials.

TS 12″ X 8″ X .500″ WALL A500 GR C
11 pcs bent the easy way
Various radii: 73 ft – 90 ft

TS 12″ X 6″ X .500″ WALL A500 GR C
12 pcs bent the easy way
Various radii: 62 ft – 73 ft

To read more about the project and see renderings of what the final area will look like please read the article in Denver’s Mile High Magazine.