Empire Metals achieves ‘breakthrough’ in titanium processing with 99% purity results

Empire Metals shares jumped on Thursday after announcing a major ‘breakthrough’ in processing technology at its Pitfield Project in Western Australia.

The company achieved exceptional titanium recoveries and produced ultra-high purity titanium dioxide through conventional processing methods, with the initial rougher stage flotation achieving 77% recovery rates, while the cleaning stage performance reached an impressive 90% from fine, weathered ore samples.

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The results represent a significant milestone for the AIM-quoted exploration company and shares reacted accordingly with a 17% gain.

Empire Metals shares are over 700% higher in 2025.

Testing confirmed that weathered ore at Pitfield can be processed using standard separation and refining techniques, delivering industry-leading performance metrics.

The final titanium dioxide product exceeded industry standards with 99.25% purity. Negligible impurities make the product suitable for both titanium sponge metal production and pigment manufacturing applications.

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This purity level positions Empire’s potential product at the premium end of the titanium market, and the high-grade material commands superior pricing compared to standard titanium feedstock. Today’s announcement will go a long way to justifying meteoric gains in Empire’s shares.

“These results mark a step change in Pitfield’s development. We now have clear evidence that the ore is ideally suited to conventional mineral separation and refining, producing a high-purity titanium product with strong recoveries. This sets Pitfield apart from ilmenite-based projects, which typically face lower recoveries, higher costs, and significant environmental challenges,” said Shaun Bunn, Managing Director.

“Pitfield already stands out for its exceptional scale, continuity of high-grade near-surface mineralisation, and Tier 1 location with access to infrastructure. With this breakthrough in process development, we can now demonstrate a highly efficient and environmentally responsible route to producing multiple high-value titanium products.”

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