Niobium - Alkane Resources Ltd
Level 12, 37 Bligh Street +61 2 8233 6168 contact@irmau.com

Niobium

Niobium is mainly used as an alloying element in steels to improve the strength of smaller, lighter components – particularly in the transport sector, where better fuel efficiencies and lower carbon dioxide emissions result. Australian Strategic Materials will be the only Australian producer of ferro-niobium via a joint-venture with Treibacher Industries AG.

Product information: Niobium

Ferro-niobium will be produced and supplied as crushed ingots at a basic composition of 65%Nb, with two or three different specifications around natural alloying impurities produced to meet market demand.

Make a product enquiry

An Australian source of niobium

Australian Strategic Materials will produce ferro-niobium onsite at the Dubbo Project via a joint-venture partnership with international metallurgical specialist Treibacher Industrie AG. Australian Strategic Materials will be the only Australian producer of ferro-niobium, which is in high demand as an alloying component for steels used in various engineering and technological applications. Our sustainable supply chain offers manufacturers transparency, reliability, product value and shorter lead times.

An Australian source of niobium

Alkane subsidiary Australian Strategic Materials (ASM) will produce ferro-niobium onsite at the Dubbo Project via a joint-venture partnership with international metallurgical specialist Treibacher Industrie AG. Australian Strategic Materials will be the only Australian producer of ferro-niobium, which is in high demand as an alloying component for steels used in various engineering and technological applications. Our sustainable supply chain offers manufacturers transparency, reliability, product value and shorter lead times.

Read more

Critical elements for future technologies

Australian Strategic Materials products are all critical elements used in new materials and technologies that underpin many of the megatrends driving today’s global economy – all in the quest for technologies and solutions that are faster, stronger, cleaner, smaller, lighter and safer. Moreover, several of these megatrends are converging, creating growth rates much higher than historical levels.

Read more

Infrastructure

Power stations rely on niobium stainless steel turbine blades, which offer strength and corrosion resistance at extreme temperatures and pressures. For the same reason, pipelines for water, gas, oil and chemicals are often made from niobium stainless steels.

Superconductors

Superconductors containing niobium are used in a variety of applications – including Maglev trains, which travel at speeds of up to 430kph along a magnetic guideway, and Magnetic Resonance Imaging (MRI) for scanning medical patients.

Transport

High-strength low-alloy (HSLA) steels containing niobium offer high strength to weight ratios in vehicles, helping to reduce overall weight and improve fuel efficiencies and reduce emissions. Just 300g of niobium reduces the amount of steel used in a mid-sized car by 200kg and improves fuel efficiency by one litre per 200km driven.

Aerospace

Niobium alloys are being used in aerospace rocket engine nozzles (with hafnium), jet engines and the newest generation of helicopters to improve strength to weight ratio, particularly at extreme temperatures and pressures.

Clean energy

Steels containing niobium are used to connect solid oxide fuel cells as they offera combination of good formability and high electrical conductivity, corrosion resistance and mechanical strength at high temperatures.