Tag Archives: curved steel entry ways

Difficult, Tight Bends Create Unique Curved Steel Vestibule Frames

Albina recently bent some Tube Steel 6″ X 3″ X .500″ WALL A500 GR B as double 90° bends to a 17″ inside radius the hard way. These are difficult, tight bends for this material and the bends turned out perfectly! The bends will be used as vestibule frames for a lobby entry.

Tube Steel 6" X 3" X .500" WALL A500 GR B as double 90° bends to a 17" inside radius the hard way for vestibule frames
Tube Steel 6" X 3" X .500" WALL A500 GR B as double 90° bends to a 17" inside radius the hard way for vestibule frames
Tube Steel 6" X 3" X .500" WALL A500 GR B as double 90° bends to a 17" inside radius the hard way for vestibule frames

Exterior Images of Curved Steel at The Madison Center “Great Room” in Seattle, Washington

We were in Seattle this weekend and were able to get some exterior pictures of The Madison Center. The Madison Center is a 530 foot tall, 36 story high rise office building in Seattle, Washington and is featured in the June edition of Modern Steel. Albina Co., Inc. was the bender/roller on this project and worked specifically on what is being called “The Great Room” which is a 45-foot tall steel framed entryway rotunda. Albina bent many material types for this project including tube steel 8″ x 6″ up to 12″ x 12″, 3″ x 3″ angle, W10 and W16 wide flange, 8″ pipe and more. Check out the article for some more details on the architectural feat and some great pictures. We will be heading back up to Seattle next week to get some interior shots. Stay tuned!

Exterior Picture of The Madison Center Great Room
The Great Room Rotunda
Close up of Curved Steel Wide Flange, Tube Steel and Pipe
Curved Steel Spiral Staircase

Modern Steel Magazine Highlights “The Madison Center” Curved Steel Features in June Issue

The Madison Center is a 530 foot tall, 36 story high rise office building in Seattle, Washington and is featured in the June edition of Modern Steel. Albina Co., Inc. was the bender/roller on this project and worked specifically on what is being called “The Great Room” which is a 45-foot tall steel framed entryway rotunda. Albina bent many material types for this project including tube steel 8″ x 6″ up to 12″ x 12″, 3″ x 3″ angle, W10 and W16 wide flange, 8″ pipe and more. Check out the article for some more details on the architectural feat and some great pictures. We will be heading up to Seattle soon to get some pictures of our own to share. Stay tuned!

Curved Steel Provided for the Eli Lilly San Diego Biotech Center in La Jolla

Albina provided 109,000# of bent steel for the Eli Lilly San Diego Biotech Center in La Jolla, CA. Eli Lilly doubled the size of its research facility to 300,000 square feet during this project.

Materials included:

8″ X 8″ X 5/8″ ANGLE A36- half of the parts rolled leg in and half of the parts rolled leg out.

Tube Steel 8″ X 8″ X .500″ WALL A500 GR B

8 5/8″ OD X .625″ WALL A500B

Wide Flange W16 X 57# A992- Split into WT8 and rolled some parts stem in and rolled some parts stem out.

Wide Flange W24 X 103# A992- DOUBLE split to a finished height of 8¼” tall.  Albina then rolled some parts stem in and other stem out.

Curved Steel for the Eli Lilly San Diego Biotech Center

21,000 Lbs. of Steel Bent for Providence Medical Building in Medford, OR.

Albina Co., Inc. recently completed 21,000 lbs. of bent steel for a curved steel entry way and canopy at the Providence Medical Building located in Medford, Oregon. The bent steel material consisted of:

Tube Steel 8″ X 6″ X .250″ WALL A500 GR B Bent the EW to a 22 ft radius.
Tube Steel 6″ X 4″ X .250″ WALL A500 GR B Bent the HW to a 17 ft radius.
Tube Steel 6″ X 3″ X .250″ WALL A500 GR B 4 lengths bent the EW to a 23 ft radius and 4 lengths bent the HW to a 17 ft radius.
Tube Steel 6″ X 6″ X .250″ WALL A500 GR B Bent to a 44 ft radius.

Curved Tube Steel Providence Medical Building Medford, OR.

Curved Steel Entry-Way at Providence Medical Building Medford, OR.

Curved Tube Steel Providence Medical Building Medford, OR.

Square and Rectangular Structural Tube Steel Bent to Various Radii