News - Veritas Steel

Veritas News

Catch up on the latest news about the Veritas Steel team and our amazing projects.

News

NSBA Honors Route 34B Bridge Replacement with National Steel Prize Bridge Merit Award

The American Institute of Steel Construction (AISC) and the National Steel Bridge Alliance (NSBA) officially recognized the Route 34B Bridge over Salmon Creek with a National Prize Bridge Merit Award. Fabricated at Veritas Steel’s Eau Claire, WI plant, the Lansing, NY crossing features high-performance 50-ksi weathering steel plate girders engineered for low maintenance and a […]

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Setting the Standard: Final Steel Floor System Erected on the New Chester Bridge

Construction on the $284 million New Chester Bridge reached a pivotal milestone with the successful placement of the final piece of the permanent steel floor system across the Mississippi River. The three-tower cable-stayed structure highlights seamless multi-facility synergy across Veritas Steel: our Palatka, FL plant manufactured 54 high-precision steel anchor boxes (645 tons), while our […]

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Veritas Steel Fabricates Signature Trapezoidal Arch Members for Detroit’s I-94 Modernization

As part of the Michigan Department of Transportation’s ongoing I-94 modernization initiative, Veritas Steel fabricated nearly 400 tons of complex trapezoidal arch members for the signature bridge replacement near Hitsville U.S.A. in Detroit. Delivered under Construction Manager/General Contractor (CMGC) delivery with partner C.A. Hull, the network-tied arch design demanded rigorous geometric control and advanced plate […]

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Innovative Engineering: Massive Steel Bridge Slide Completed Ahead of Schedule

In a major showcase of Accelerated Bridge Construction (ABC), project partners successfully executed a complex lateral bridge slide, restoring highway traffic a full week ahead of the planned timeline. Engineered by HDR with primary structural steel components fabricated to exacting tolerances by Veritas Steel, the new structure was assembled adjacent to the alignment, lifted via […]