Locksley Advances Toward Production of High Purity Antimony Concentrate and Next-Generation Materials through its partnership with Rice University Researchers

Locksley Resources (OTCQX: LKYRF) announced lab progress with Rice University toward producing high-purity antimony concentrate and developing antimony-based composite materials for battery and advanced applications.

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Locksley Resources (OTCQX: LKYRF) announced lab progress with Rice University toward producing high-purity antimony concentrate and developing antimony-based composite materials for battery and advanced applications. Results indicate strong extraction performance from Mohave Project feedstock and potential to process ore without conventional flotation, simplifying flowsheets and downstream processing.

The program expands scope into industrial and defense uses and supports Locksley's mine-to-market strategy for domestic critical minerals supply.

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SAN BERNARDINO, Calif., April 1, 2026 /PRNewswire/ -- Locksley Resources Ltd. (ASX: LKY; OTCQX: LKYRF) today announced that the company is advancing toward production of high purity antimony concentrate and next-generation materials as a result of its sponsored research program with Rice University in Texas. The latest laboratory results from this program demonstrate significant advancements across antimony extraction, materials fabrication and battery related applications.

"Laboratory optimization of DeepSolv™ system processing has demonstrated under controlled conditions, strong antimony extraction performance using feedstocks from Locksley's Desert Antimony Mine (DAM), part of our Mohave Project," said Kerrie Matthews, Managing Director and CEO of Locksley. "Rice University continues to make important advancements in achieving production of high purity antimony concentrate as well as other uses for antimony across a range of high-tech defense and industrial applications, reinforcing the value of this mineral," she added.

Both concentrate upgrading and direct ore processing pathways continue to advance, with ongoing optimization targeting high-purity antimony suitable for downstream industrial and defense applications. "Importantly, these results indicate the potential to process antimony-bearing material without conventional flotation pre-treatment, supporting simplified flowsheets and reduced processing complexity," Matthews explained.

Locksley and Rice University have expanded the research scope to investigate innovative downstream antimony products for industrial and advanced technology markets. The two are advancing development of antimony-based composite materials for potential use in next-generation battery systems. Additional information on the activity the two organizations continue to move forward can be found here: https://cdn-api.markitdigital.com/apiman-gateway/ASX/asx-research/1.0/file/2924-03073402-6A1318406&v=undefined. 

Locksley Resources Limited is focused on critical minerals in the United States of America. The Company is actively advancing the Mojave Project in California, targeting rare earth elements (REEs) and antimony. Locksley is executing a mine-to-market strategy for antimony, aimed at re-establishing domestic supply chains for critical materials, underpinned by strategic downstream technology partnerships with leading US research institutions and industry partners. This integrated approach combines resource development with innovative processing and separation technologies, positioning Locksley to play a key role in advancing US critical minerals independence.

 

View original content:https://www.prnewswire.com/news-releases/locksley-advances-toward-production-of-high-purity-antimony-concentrate-and-next-generation-materials-through-its-partnership-with-rice-university-researchers-302730825.html

SOURCE Locksley Resources

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What did Locksley (OTCQX: LKYRF) announce on April 1, 2026 about antimony production?

Locksley announced lab advances toward producing high-purity antimony concentrate with Rice University researchers. According to the company, results show strong extraction from Mohave Project feedstock and progress on routes that may avoid conventional flotation pretreatment.

How could Locksley’s Rice University research affect processing at the Mohave Project (OTCQX: LKYRF)?

The research may simplify processing by indicating potential to process antimony ore without flotation. According to the company, this could reduce flowsheet complexity and lower processing steps for Desert Antimony Mine feedstocks under controlled lab conditions.

Does Locksley (LKYRF) plan downstream products from antimony research and what are they?

Locksley and Rice University are advancing development of antimony-based composite materials for next-generation battery systems. According to the company, the expanded research scope targets industrial, defense, and advanced technology market uses for antimony-derived materials.

What is the strategic aim of Locksley (OTCQX: LKYRF) with this Rice University partnership?

The partnership supports Locksley’s mine-to-market strategy to re-establish domestic antimony supply chains. According to the company, combining resource development with downstream technology partnerships underpins U.S. critical minerals independence ambitions.

Are there any confirmed production timelines or commercial agreements in Locksley’s April 1, 2026 announcement (LKYRF)?

No specific commercial timelines or binding agreements were disclosed in the announcement. According to the company, the news reports laboratory-stage advancements and expanded research scope rather than finalized production or sales contracts.

What feedstock did Locksley (LKYRF) use in the laboratory extraction tests with Rice University?

Laboratory optimization used feedstock from Locksley’s Desert Antimony Mine within the Mohave Project. According to the company, tests on this material showed strong antimony extraction performance under controlled DeepSolv™ processing conditions.