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our metals: Niobium

Niobium

Niobium has been designated as “critical” by the US Government because of its many uses in essential civilian and defense technologies, and because its supply chains are highly limited. The US produces no primary niobium and imports 100% of the niobium we need. This is one reason why the Elk Creek Critical Minerals Project is so strategic for the US. 

When added to steel, Niobium makes an alloy that is stronger, lighter in weight, and highly resistant to corrosion.  These steel alloys are known as High Strength, Low Alloy steels (HSLA).

Applications

Buildings & Mega-Structures

Steel strengthened with niobium is the backbone of modern skyscrapers, stadiums, and major infrastructure projects, delivering greater strength without adding weight or cost.

Pipelines

Niobium enables high-strength steel pipelines to safely transport oil and gas over long distances, withstanding intense pressure without increasing pipe weight or thickness.

Niobium/Nickel-Based Superalloys

From jet engines to rockets and military vehicles, niobium superalloys perform where other metals fail, withstanding extreme heat and mechanical stress in the most demanding applications on earth.

Bridges & Infrastructure

Longer lasting and more resilient, niobium-strengthened steel extends the lifespan of bridges and large-scale infrastructure projects that communities depend on for generations.

Automotive & Transportation

Niobium-strengthened steel helps automakers build safer, lighter vehicles that meet strict safety and emissions standards without compromising structural integrity.

Next-Gen EV Batteries

Faster charging and longer range are the defining demands of the EV market, and niobium-lithium-ion battery technology is emerging as a key solution to meet them.

Facts About Niobium and Demand Drivers

Stronger and lighter steels for buildings & infrastructure mega-projects

0.025% of Nb in the steel of the Millau Viaduct bridge reduced the weight of steel and concrete by 60% in the overall project.

Light-weighting of transportation and strengthening of mega-infrastructure projects are expected to drive additional long-term growth

300g of Nb reduces the weight of mid-size car by 200 kg and increases fuel efficiency by 5%.

Faster charging, next-gen Niobium-Lithium-Ion batteries to drive demand

CBMM expects nearly 50 ktpa of Nb oxide sales by 2030 to support growth in demand.

To learn more about the element Niobium, please see the Royal Society of Chemistry’s Niobium page here.