One uCity Square

This custom steel sculpture was engineered specifically for hot-dip galvanizing with careful consideration of kettle dimensions, drainage placement, and warping prevention, then finished with a striking 2-part epoxy coating in blue and brown. The project transformed rigid steel into fluid movement while achieving lasting durability through galvanized corrosion protection and vibrant color finishes.

Date

November 2024

Location

Philadelphia, PA
Description

The Challenge, The Solution, The Results

Customer

Awards

Project Size

10 Tons

Components

The sculpture was designed to fit in the galvanizers kettle. The sculpture was made with the forethought of the Hot Dip Galvanizing process with consideration to the size, possible warping and placement of holes for drainage, all for an outstanding galvanizing and 2-part epoxy paint finish. 

The goal was to take steel, a rigid hard material, and give it a sense of movement and fluidity. The sculpture is galvanized and coated in 2-part epoxy blue and brown finish. The architect likes to use bright colors to make their work stand out from the landscape. The galvanizer has been working closely with the design team throughout the project for a seamless experience, culminating in a lasting impact due to the durability and corrosion performance of the Hot Dip Galvanized coating.

Gallery

Every Detail Tells Our Story

Dive deeper into this project with exclusive images that capture the craftsmanship, precision, and galvanizing expertise that brought this vision to life.

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Our Portfolio

Protecting America's Infrastructure One Dip at a Time

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APA Hawaii Solar

The Ewa Beach Solar project in Kupono, Hawaii utilized 280 tons of hot-dip galvanized ground screws to support 120,000 solar panels, creating Oahu's largest renewable energy facility with four-hour battery storage capacity. Hot-dip galvanizing was selected for superior corrosion protection in the ocean-proximity environment, ensuring long-term durability for this major grid infrastructure project.

OSU Wexner Medical Center Inpatient Hospital

OSU Wexner Medical Center's $1.9 billion inpatient hospital tower utilized hot-dip galvanized steel for mechanical floors 7-10, including HVAC louvre support and curtain wall systems housing equipment at the top of Ohio State University's largest capital project in history.

Pinecrest I74 Bridge

The Pinecrest I-74 Bridge replacement features a 214-foot, two-span structure with hot-dip galvanized composite plate girders supporting cast-in-place concrete decking, designed to eliminate low clearance safety issues from the original 1959 bridge. IDOT specified galvanizing for its proven longevity value in bridge infrastructure, with staged construction maintaining traffic flow during replacement.

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Hot dip galvanizing steel