DY6 Metals (ASX:DY6) validates rutile and graphite system with Kasiya-style geological profile

DY6 Metals (ASX:DY6) has released new reconnaissance auger drilling results from the Central Rutile Project in Cameroon, confirming multiple near surface rutile intervals and flake graphite within the mottled and saprolite horizons.

The Alamba and Nsimbo licences returned consistent rutile grades from surface, increasing graphite grades with depth, and open mineralisation at the base of several holes.

These outcomes validate the project’s geological model and support the emerging dual commodity potential. Chief Executive Officer Cliff Fitzhenry addresses key investor questions based strictly on the results and observations disclosed in the announcement.

How do these auger drilling results advance the geological confidence in rutile and graphite across the Central Rutile Project?

The recent auger program has materially strengthened our geological confidence because the results confirm consistent rutile and graphite mineralisation across multiple holes and across both licences tested.

Several rutile intervals begin at surface, including 11 metres at 0.49% rutile and 4 metres at 0.63% rutile, with individual 1 metre sections up to 0.88%.

These were recorded on a 2 by 1 kilometre staggered reconnaissance pattern, providing broad but meaningful spatial coverage.

A key factor enhancing confidence is the depth behaviour of the mineralisation.

All graphite assayed holes ended in mineralisation, and graphite grades increased downwards into the saprolite horizon.

This gives us factual justification to continue deeper drilling in subsequent programs. As CEO Cliff Fitzhenry noted:

“These results mark a significant and transformational step forward for the Central Rutile Project. The discovery of flake graphite mineralisation within the mottled clay and saprolite horizons shows a clear Kasiya-style enrichment profile.”

This alignment between predicted and observed geological behaviour provides a solid technical foundation for ongoing exploration.

What is the significance of confirming Kasiya style flake graphite characteristics, and how does this relate to the overall project potential?

Confirming flake graphite within the mottled and saprolite horizons is significant because it fits the geological model that compares this project’s profile with the Kasiya deposit in Malawi.

Our graphite results include intervals such as 2 metres at 0.48% total graphitic carbon with 1 metre at 0.6%, and 5.6 metres at 0.3% with 2 metres at 0.5%.

Importantly, all holes assayed ended in graphite, and grades strengthened with depth. This supports the model that the lower saprolite horizon remains largely untested and warrants deeper investigation. Fitzhenry highlighted the material characteristics observed during drilling:

“The prospects demonstrate clean, saprolite-hosted and free-dig graphite, with grades increasing into the saprolite horizon and remaining open in all holes assayed to date.”

Because this graphite is hosted within saprolite rather than hard rock, it is more accessible and, according to the announcement, simpler to process and this strengthens the long term technical potential of the graphite component.

How do these results influence the Company’s view of the dual commodity opportunity involving rutile and graphite?

The results strongly reinforce the dual commodity opportunity because rutile and graphite are present together within the same near surface weathered profile.

Rutile intervals such as 11 metres at 0.49% and 5 metres at 0.51% occur in proximity to graphite intervals such as 9 metres at 0.27% and 7 metres at 0.29%.

The announcement also references previous reconnaissance work that recorded rutile grades up to 1.57% and 2.1%, which provides supporting historical context for the broader system.

The Company’s view of the dual commodity model is supported by Fitzhenry’s statement that:

“Importantly, with the strong, natural rutile prospectivity of the project, these results point to the exciting dual commodity opportunity for the Central Rutile Project.”

The co occurrence of 2 critical minerals within a single saprolite profile strengthens the strategic relevance of the project.

What does the Company’s ongoing work program involve, and how will the next stages build on these reconnaissance results?

The ongoing work program includes systematic soil sampling and continued auger drilling at the Bounde and Nganda licences.

Soil geochemistry guides the location of each drill line, and the Company plans verification drilling of historical data in parallel.

A deeper drilling phase is planned because several current holes ended in open rutile or graphite mineralisation at the base of the saprolite.

A practical development in the next stage is the commissioning of an onsite laboratory, which will significantly reduce assay turnaround times.

This will allow more timely decision making and continuous exploration momentum as results flow through the year.

The layered approach of soil sampling, auger coverage, and deeper follow up drilling is designed to build directly on the reconnaissance outcomes disclosed in the announcement.

How does the geological setting and historical production data support the long term potential of the Central Rutile Project?

The geological setting supports long term potential because the project is underlain by garnet mica schist and kyanite bearing paragneiss, which the announcement identifies as the primary bedrock source of rutile.

Weathering of these rocks liberates rutile into the saprolite, forming the in situ eluvial deposit style observed at Alamba and Nsimbo.

The project area covers 8,782 square kilometres of terrain regarded as highly prospective for residual natural rutile.

Historical production adds further context.

Between 1935 and 1955, the region produced 15,000 tonnes of high purity rutile above 95% from 3 centres including Yaounde West.

This demonstrates that natural enrichment processes in the region have generated commercially relevant rutile in the past.

Fitzhenry summarised the importance of the combined mineral systems:

“Combining premium, high purity natural rutile potential near surface along with high quality, flake graphite is a game changing development.”

This combination of favourable geology and documented regional production activity strengthens the long term outlook for the project.

Strengthening the Technical Basis for Continued Exploration

The reconnaissance drilling campaign has validated key geological assumptions and confirmed a rutile and graphite system that remains open at depth, with increasing graphite grades and consistent rutile from surface.

With systematic soil sampling, targeted auger drilling, deeper follow up programs and the commissioning of an onsite laboratory, DY6 Metals is advancing a structured exploration pathway that builds directly on the factual results presented.

Chief Executive Officer Cliff Fitzhenry emphasises that the combined presence of near surface natural rutile and deeper strengthening flake graphite within saprolite, supported by extensive prospective terrain and a regional history of high purity rutile production, provides a strong and evidence based foundation for continued exploration momentum across the Central Rutile Project.

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