U. S. Steel to Install US$475 Million Quench and Tempering Line at Fairfield Tubular Operations
06/24/2026 - United States Steel Corporation announced its board of directors approved investing US$475 million in a quench and tempering line for its Fairfield Tubular Operations in Fairfield, Ala., USA.
The company said the addition will add to its capacity for heat-treated products and support growing demand. Tubular Products’ facilities will get upgrades including enhanced employee areas and a training center.
“By adding internal capacity for heated-treated product, we strengthen our supply chain, improve product quality, and continue to foster a safe, advanced workplace for our employees. This aligns perfectly with our vision to forge the next century of American steel,” said David Burritt, president and chief executive officer of U. S. Steel.
“Our new Quench & Temper line removes a critical production bottleneck, expands capacity, and enables us to meet growing demand with superior, American-made tubular products. The integrated technology also improves traceability from casting through finishing, delivering added value to our customers,” said Scott Dorn, senior vice president of Tubular Solutions.
The company said the new line is expected to reach full production by the second quarter of 2029.
“By adding internal capacity for heated-treated product, we strengthen our supply chain, improve product quality, and continue to foster a safe, advanced workplace for our employees. This aligns perfectly with our vision to forge the next century of American steel,” said David Burritt, president and chief executive officer of U. S. Steel.
“Our new Quench & Temper line removes a critical production bottleneck, expands capacity, and enables us to meet growing demand with superior, American-made tubular products. The integrated technology also improves traceability from casting through finishing, delivering added value to our customers,” said Scott Dorn, senior vice president of Tubular Solutions.
The company said the new line is expected to reach full production by the second quarter of 2029.
