High-strength, low-alloy steel micro-alloyed with vanadium (HSLA-V steel) is a proven alternative to tradition low-carbon manganese steel, according to The Vanadium Technology Partnership (VTP), a consortium of vanadium producers and researchers fostering a cooperative relationship in the vanadium micro-alloyed steel industry. To promote increased awareness, visibility and understanding of HSLA-V steel, the VTP announced the launch of a new website, www.HSLA-V.org, a comprehensive site for users of traditional steel, vanadium steel, and vanadium producers.

HSLA-V steel properties make it an attractive alternative to building or manufacturing with traditional low-carbon manganese steel. In some case studies, using HSLA-V steel rather than traditional steel has resulted in overall cost savings. At the new website, users of the product will be able to reference the case studies of research and applications, determine appropriate uses of HSLA-V steel, read about environmental sustainability, and learn where this type of steel is available.

Under development is an educational component of the website, which will offer college and university faculty and students opportunities to see how vanadium steel can be used in various applications, via an online tutorial.

With generally less than 0.12% of vanadium to the chemistry of the steel, the strength is enhanced to meet or exceed requirements for ductility, weldability, and elongation. In addition to having properties superior to traditional low-carbon manganese steel, domestically produced vanadium steel is a sustainable choice, according to the VTP.

“The primary source of domestic vanadium is through the recovery of spent catalysts from oil refinery operations. This reduces the environmental impact from mining and the energy consumption from processing ores,” said David Lewis, Commercial Director at Metallurg Vanadium Corp., a member of the VTP. “Imported vanadium is mined, often resulting in a greater negative impact on the environment.”