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McLaren Minerals Limited (ASX: MML) ("McLaren" or "Company"), is pleased to provide an update on the drilling program at its wholly owned McLaren Titanium Project.
Highlights
- Drilling has consistently intersected visible heavy minerals
- Additional 10m of mineral hosting sediments identified in northern area
- Metallurgical sample collected and dispatched for test work
- Pressurised saline water encountered in several holes on northern drilling lines
- Gypsum occurrence confirmed in north-western corner of EL69/2388
- First parcel of analytical samples has been dispatched to Perth for analysis
McLaren Minerals are currently exploring the McLaren Deposit located approximately 40km west of Balladonia in Western Australia by means of Air Core drilling and surface geological investigations. The 2025 exploration program is progressing well and is approximately 40% complete.
The drilling program, targeting infill drilling to a previously interpreted mineral sands strandline, should be complete by mid-April. Onsite geologists have confirmed visual mineralisation within targeted sediments and are encouraged by the consistent nature of mineralising orientation. It should be noted that visual estimates recorded during drilling activities and laboratory results do not always align.
Heavy Mineral Consistently Intersected
Drilling consistently intersected sediments hosting Heavy Minerals (HM) and it is interpreted to occupy paleo marine sediments below modern cover and are predictably identified within the elevated topographic feature. The mineral hosting sediments are observed to gently rise in an easterly orientation and overlay crystalline basement displaying a consistent heavy mineral assemblage dominated by Ilmenite and observed to contain a relatively low level of trash minerals. It is noted that a vertical extension to the historical drilling has been identified in the northern area, with current drill holes intersecting an additional 10m of mineral hosting sediments to those previously interpreted. Heavy Mineral present in the metallurgical sample grid is consistent along strike within the mineralizing beds and displays predictable mineral composition. Figure 1 below displays visual confirmation of HM observed during metallurgical test holes within the current 2025 infill drilling activities.
Figure 1: HM in drillholes - Left Image MM01, central image MM06, right image MM57
Metallurgical Sample
The samples of mineralised sediments required for metallurgical test work at IHC Mining laboratory in Queensland have been collected and dispatched. The samples were taken from 69 drillholes with those holes broadly representative of the first 5 years of planned operations (Please see Figure 2 below).
The sample equated to approximately 6 tonnes of material and will be used to validate the flowsheet designed by IHC and to complete follow up tests to allow development of a slimes management strategy for McLaren. As per previous test work (ref APS ASX Announcement 24 Sept 2024) slimes settling was achieved using addition of 3% gypsum, resulting in significant improvement in flocculant dosing rates, down to 150-200g/t.
The test work produced final products of:
- Ilmenite of a suitable grade to be classified as sulphate ilmenite
- Rutile of a typical quality with 95.7% TiO2, 1.49% Fe2O3,
- Zircon of a typical standard zircon quality, noting levels of U + Th at 265ppm were considered very low.
Water Encountered
In very positive news, pressurised water has been encountered in 3 holes being drilled in the north-western part of the known deposit area. In these holes saline water flowed freely from the hole while the rods were downhole, and in the second hole the water flow continued after rods were withdrawn and until the hole was plugged.
The groundwater occurs within a gravel terrace draping basement clays and occurs at shallow depth (approximately 20m). The crystalline basement below saprolite clays display an amount of alteration consistent to a shearing environment. The location is identifiable in regional geophysics data adjacent to a small-scale faulting feature striking approximately north south. It is likely that the gravel terrace was formed in a fluvial drainage feature, eroding and incising the softer sheared zones in the basement, later confined by overriding cover units. Further investigation will be required to determine whether the water is of sufficient volume and quality to support operations.
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This article includes content from McLaren Minerals Limited, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
Thick zones of HM mineralisation observed across Douala HM Project
HIGHLIGHTS
- The Company’s reconnaissance auger and channel sampling programme has been completed at the Douala Basin HMS Project
- Reconnaissance sampling undertaken across the 6 Douala Basin tenements has identified thick zones of high estimated concentrations of heavy minerals (HM) as well as natural rutile
- Work at the Douala Basin Project followed up on historical HM occurrences identified by previous Eramet drilling, as well as priority areas identified through the Company’s internal reviews
- Samples collected from the reconnaissance program are due to be submitted for laboratory analysis in the coming weeks, with results expected in the September quarter
- At Douala Basin, exploration will transition to a detailed campaign of auger drilling
Samples collected from this initial exploration programme are currently being prepped for dispatch to the Company’s laboratory for analysis in South Africa, with results expected in the September quarter.
Technical Consultant, Cliff Fitzhenry, commented: “While the Company’s primary focus is on the Central Rutile Project, where we have recently reported the presence of wide-spread residual natural rutile mineralisation, we believe that the Douala Basin HMS project has significant potential. The reconnaissance programme has over the last few weeks demonstrated the potential of the area, with the identification of high concentrations of visible heavy mineral sands across the project tenements through a mixture of auger, channel, and soil sampling work. Pleasingly, we have also observed natural rutile grains at Douala Basin.
We look forward to the assay results of the reconnaissance programme in the coming months.”
Reconnaissance exploration at the Douala Basin HMS Project
As announced on 5 June 2025, the Company commenced reconnaissance auger and grab sampling programmes at the Central Rutile and Douala Basin HMS projects, Cameroon. At the Douala Basin project, the Company has completed 12 hand auger drill holes (refer Figure 1), collecting 53 samples in the process, as well as collected 38 channel samples from 11 surfaces for analysis (refer Tables 1 & 2).
Table 1: Reconnaissance auger drill holes completed to date at the Douala Basin HMS Project showing maximum visual estimates of HM% from panned concentrate of the 1m samples.
Cautionary Statement:
The Company cautions that, with respect to any visual mineralisation indicators, visual observations and estimates of mineral abundance are uncertain in nature and should not be taken as a substitute or proxy for appropriate laboratory analysis. Visual estimates also potentially provide no information regarding impurities or deleterious physical properties relevant to valuations. Assay results from the drilling and sampling programmes will be required to understand the grade and extent of mineralisation. Initial assay results are expected in August 2025.
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This article includes content from DY6 Metals, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.
