Albina recently had the pleasure of teaming up with Ed Carpenter and his team to help create the Barbara Walker Crossing Wildwood Trail Bridge at West Burnside in Portland, Oregon. The bridge is 178’ long measured at the center of its curving deck. Its basic structure is a tri-chord truss of rusting and painted steel, Carpenter’s design evokes imagery of the sword ferns and vine maples lining the entire length of the Wildwood Trail This is a project of the Portland Parks Foundation in partnership with Portland Parks & Recreation (PP&R), Portland Bureau of Transportation (PBOT), and Metro. Albina bent 3½” SCH80 A847 and 5″ SCH40 A847 all rolled to various radii, as well as 1″ SCH40 A53B, 1½” SCH40 A53B, 1½” SCH80 A53B all rolled to various radii. Bridge Design and Photos by Ed Carpenter.
Carving pumpkins is a family tradition in the Smith House, a tradition that started 20 years ago with one of mine and Jaime’s first dates. But like most events in our household, it is not something we just do without thorough planning and preparation. We follow a strict set-up, we have our designs in mind before we start, we have all of the tools we need at hand, we tackle challenging designs, and most importantly, we have Chinese food waiting for us when we are done! But in all seriousness, the steps we go through to carve pumpkins are very similar to the ones we go through when dealing with a project involving a curved steel component.
1) Plan Ahead: Buy Your Pumpkin Shortly Before Halloween
2) Buy Your Pumpkin from a Pumpkin Patch or Supermarket
3) Select a Healthy Pumpkin Free of Nicks, Bruises and Cuts
4) Pick the Size You Need
5) Choose a Design Before You Start Carving
6) Choose a Method for Carving Your Pumpkin
7) Trace Your Design on the Pumpkin
8) Set Up a Spacious Work Area
9) Select the Right Tools
10) Remove the Filling
11) Carve Your Design
12) Display Your Pumpkin
1) Plan Ahead: Early Involvement of Key Players, especially Your Bender/Roller.
2) Buy the Steel: Have Us Quote Your Job Labor + Material or Purchase Your Own Steel from a Service Center and Have it Delivered To Us
4) Pick the Size You Need: Use our Handy Calculators or refer to our quote indicating the lengths we require to successfully bend your project.
5) Work with the Engineer, Architect or Bender/Roller on the Project to Perfect the Design of the Curved Steel
6) We will Choose a Method for Bending Your Steel Based on Your Needs and the Application of the Product
7) We Bend Per Your Template and/or Drawings.
8) We have a 50,000 sq ft Shop with Ample Room to Handle Large Structural Projects and Smaller Repeat Orders.
9) We have the Right Tools with State of the Art Bending Equipment, Bend Dies, Fab Equipment and a QC Department.
10) No Need to Remove the Filling! We DO NOT fill your HSS with other Structural Members. We are able to Bend HSS Members WITHOUT adding extra Material and Weight.
11) Bend, Roll, Spiral, Fabricate, Form!!
12) Erect, Assemble & Display Award Winning Projects Featuring Curved Steel Members for the Steel Industry to See!
The college tours continue and a few weekends ago, we had the pleasure of visiting Oregon State University in Corvallis, Oregon and seeing the curved steel canopy at the Student Experience Center.
The project was bent out of TS 20″ X 12″ X .500″ WALL. Bent the hard-way to the tightest radius of 101′-8″ inside. Always fun to see our handy work in person!
Albina recently completed a great project for a curved steel roof at the M-Car Wash in Davie, Florida
Materials bent for this project included Tube Steel 10″ X 4″ X .250″ WALL A500 GR B yielding 3 pieces. Albina cut the material to length, prepped and primered each piece. Tube Steel 10″ X 4″ X .375″ WALL A500 GR B- yielding 12 pieces bent the hard way. Albina’s scope of work was to bend, trim, holes, weld caps and grind per drawings. NOMMA #1 finish welds. Prep and prime paint after fabrication. Exposed. We also bent 3″ SCH40 A500 GR B to yield 15 assemblies. Albina Cut, Fit, weld and grind per drawings. NOMMA #1 finish. Prep and Prime after fabrication.
We took our daughter to tour the University of Oregon this week and we were simply in awe of the amazing facilities and buildings on campus! Our tour started on Franklin Boulevard where the University broke ground in early March on the Phil and Penny Knight Campus for Accelerating Scientific Impact. Albina Co., Inc. bent 22″ OD x 1″ Wall Carbon Steel Pipe to a 105 foot center-line radius for a signature sky bridge that spans Franklin Boulevard and serves as a connector between campus and other U of O research facilities. The $225 million, 160,000-square-foot first phase is slated to open in early 2020.
“The Spheres” in Seattle, Washington have been all the buzz lately! “The Spheres” were featured in the May 2019 Edition of Modern Steel Magazine as the buildings were awarded the AISC’s IDEAS2 Presidential Award for Excellence in Fabrication! Just this last week, our VP of Sales, Brad Lund, was able to attend the award presentation ceremony at “The Spheres” in Seattle and we were awarded a plaque to display in our office. See below for some AMAZING pictures!
Albina Co., Inc. was the steel bender/roller for the 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! Albina Co., Inc. also bent the handrails and spiral staircase for the interior of the buildings.
Albina recently rolled 89 pieces of plate to various radii (with holes) to fit on concrete columns for the Stonestown Galleria mall in San Francisco.
Our customer recently shared the below photos of the rolled plates and had this to say, “I just wanted to share that every single plate has fit phenomenally with no issues. I appreciate your companies attention to quality control and detail. We look forward to continuing to work with Albina on future projects.”
We recently worked with a customer on a unique project where they required curved Unistrut. We were able to successfully roll 1 5/8″ X 1 5/8″ GALVANIZED UNISTRUT the hard way to a 168” radius. A unique material for rolling! We figured out a way to maintain the shape while rolling and were able to bend 116 lengths! We received a comment from our customer that “no one at the jobsite had ever seen Unistrut curved before!”
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!
Albina Co., Inc. bent at total of 24,000# of steel including 12 ¾” OD x .375″ wall material and MC12 x 10.6# material for the new steel-framed UCHealth Longs Peak Hospital in Longmont, Colorado. The project is featured in the July issue of Modern Steel Construction and the article details many of the structural design challenges as well as the importance of early involvement of specialty fabricators.