Tillkännagivande • Feb 03
WIN Metals Ltd has completed a Follow-on Equity Offering in the amount of AUD 5.51 million. WIN Metals Ltd has completed a Follow-on Equity Offering in the amount of AUD 5.51 million.
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 88,216,429
Price\Range: AUD 0.035
Discount Per Security: AUD 0.0021
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 68,926,428
Price\Range: AUD 0.035
Discount Per Security: AUD 0.0021
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 285,714
Price\Range: AUD 0.035
Transaction Features: Subsequent Direct Listing Tillkännagivande • Dec 13
WIN Metals Ltd has filed a Follow-on Equity Offering in the amount of AUD 5.51 million. WIN Metals Ltd has filed a Follow-on Equity Offering in the amount of AUD 5.51 million.
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 88,216,429
Price\Range: AUD 0.035
Discount Per Security: AUD 0.0021
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 68,926,428
Price\Range: AUD 0.035
Discount Per Security: AUD 0.0021
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 285,714
Price\Range: AUD 0.035
Transaction Features: Subsequent Direct Listing Tillkännagivande • Sep 26
WIN Metals Ltd, Annual General Meeting, Nov 26, 2025 WIN Metals Ltd, Annual General Meeting, Nov 26, 2025. Tillkännagivande • Aug 21
WIN Metals Ltd has filed a Follow-on Equity Offering in the amount of AUD 2.375292 million. WIN Metals Ltd has filed a Follow-on Equity Offering in the amount of AUD 2.375292 million.
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 117,514,599
Price\Range: AUD 0.02
Discount Per Security: AUD 0.0012
Security Features: Attached Options
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 1,250,000
Price\Range: AUD 0.02
Security Features: Attached Options
Transaction Features: Subsequent Direct Listing Tillkännagivande • Nov 21
WIN Metals Ltd (ASX:WIN) completed the acquisition of Palm Springs Gold Project from Meteoric Resources NL (ASX:MEI) for AUD 5 million. WIN Metals Ltd (ASX:WIN) signed a tenement sale agreement to acquire Palm Springs Gold Project from Meteoric Resources NL (ASX:MEI) for AUD 5 million on August 28, 2024. A deposit of AUD 0.05 plus GST (already received); a cash payment of AUD 0.95 million plus GST upon settlement; and WIN Shares to the value of AUD 1.75 million upon settlement (at a deemed issue price of the next WIN Metals capital raising and subject to 12-month voluntary escrow). A cash payment of AUD 1million plus GST 18 months after settlement; and a cash payment of AUD 1.25 million plus GST upon the production of 20,000oz of gold from Palm Springs. This has been approved by the Board of Meteoric Resources NL.
On 9 September 2024 WIN Metals announced that it will commence drilling on the Project in mid-September 2024.
WIN Metals Ltd (ASX:WIN) completed the acquisition of Palm Springs Gold Project from Meteoric Resources NL (ASX:MEI) on November 21, 2024 Tillkännagivande • Oct 03
WIN Metals Ltd, Annual General Meeting, Nov 28, 2024 WIN Metals Ltd, Annual General Meeting, Nov 28, 2024. Tillkännagivande • Sep 11
WIN Metals Ltd has completed a Follow-on Equity Offering in the amount of AUD 3.6 million. WIN Metals Ltd has completed a Follow-on Equity Offering in the amount of AUD 3.6 million.
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 144,000,000
Price\Range: AUD 0.025
Discount Per Security: AUD 0.0015
Security Features: Attached Options
Transaction Features: Subsequent Direct Listing Tillkännagivande • Aug 28
WIN Metals Ltd (ASX:WIN) signed a tenement sale agreement to acquire Palm Springs Gold Project from Meteoric Resources NL (ASX:MEI) for AUD 5 million. WIN Metals Ltd (ASX:WIN) signed a tenement sale agreement to acquire Palm Springs Gold Project from Meteoric Resources NL (ASX:MEI) for AUD 5 million on August 28, 2024. A deposit of AUD 0.05 plus GST (already received); a cash payment of AUD 0.95 million plus GST upon settlement; and WIN Shares to the value of AUD 1.75 million upon settlement (at a deemed issue price of the next WIN Metals capital raising and subject to 12-month voluntary escrow). A cash payment of AUD 1million plus GST 18 months after settlement; and a cash payment of AUD 1.25 million plus GST upon the production of 20,000oz of gold from Palm Springs. This has been approved by the Board of Meteoric Resources NL. Tillkännagivande • Apr 17
Widgie Nickel Limited has filed a Follow-on Equity Offering in the amount of AUD 3.999934 million. Widgie Nickel Limited has filed a Follow-on Equity Offering in the amount of AUD 3.999934 million.
Security Name: Ordinary Shares
Security Type: Common Stock
Securities Offered: 99,998,340
Price\Range: AUD 0.04
Transaction Features: Rights Offering Tillkännagivande • Sep 10
Widgie Nickel Limited, Annual General Meeting, Nov 08, 2023 Widgie Nickel Limited, Annual General Meeting, Nov 08, 2023. Tillkännagivande • Feb 16
Widgie Nickel Limited Provides Lithium Assay Results Widgie Nickel Limited provided Lithium assay results from a 71 hole Reverse Circulation (RC) programme for 2,062m completed at the Faraday Lithium deposit between 12 and 23 January 2023. Drilling was aimed to infill around the previously announced higher grade results to help define an area within the much larger mineralised system, which showed strong potential to be amenable to mining as part of a short-term direct shipping opportunity. In addition to this, drilling was also then extended out on a 40m strike spacing to test the continuation of the spodumene bearing pegmatite. Results to date are considered extremely promising demonstrating both the short and longer-term potential of the Faraday lithium discovery. The complete set of drill results, drill collar summary and cross sections. The RC drilling has confirmed the continuity of the predominate flat west dipping, north-south strike of the lithium bearing pegmatites with a main thicker (5-20m wide) body with a number of thinner 'stacked' bodies present. The pegmatite displays a degree of fractionation common within intrusive rocks. The drilling has successfully delineated continuity of higher-grade lithium values that indicate the pegmatites have the potential to not only be exploited by a short-term direct shipping opportunity but also to host a much larger significant discovery. The drilling to date has only tested a small part of what is thought to be a much larger and extensive pegmatite system with drilling only down to 50m below surface and over 290m strike. With confidence growing in the orientation and lithium grades within the pegmatites, the Company will now look to be more aggressive in undertaking wider spaced exploration drilling further afield to define the extent of the pegmatites. The Mt Edwards Project lithium tenements cover the northern margin of the Widgiemooltha Dome. The region is well endowed with lithium occurrences and includes three major resources at Dome North (Essential Metals Limited to the south, Bald Hill (Lithco) to the east and Mt Marion (Mineral Resources Limited /Gangfeng JV) to the north. The Mt Edwards Project lithium tenements have had limited exploration for lithium to date. Specific to the Faraday deposit the pegmatite bodies are a result of a late-stage fractionated intrusive event interpreted to be located proximal to larger scale granitic intrusion. Coarse grained spodumene has been recorded at multiple surface locations, with the outcrop covering a strike extent of approximately 600 metres in a north-south orientation. The pegmatite outcrop varies in width from 1 metre up to 25 metres. Soil anomalism indicates the intrusive body extends further to the north undercover as supported by sporadic pegmatite outcrops further to the north. Interpretation of the RC drilling indicates Faraday is a stacked pegmatite system dipping shallowly at -25o to the west of widths varying up to 18m in downhole width with minor parasitic veins narrower in thickness and hosted within the Mt Edwards ultramafic suite. The base of weathering/oxidation is extremely shallow, with oxidation and clay minerals observed to a depth of less than 5-10m. Visual spodumene mineralisation is generally pervasive throughout the logged pegmatite body which is supported by the RC drilling assay results. Higher grade zones of lithium mineralisation have been defined by the tighter drilling associated with visually local concentrated spodumene within the pegmatite veins that suggests further investigation is needed to understand the mineralisation controls. The continuity of these shallow higher grades now defined by close spaced drilling confirms they have the potential to be amenable to low-cost open pit mining both from a modest targeted higher grade parcel perspective in addition to a larger lower grade perspective excluding any further expansion of the mineralisation defined along strike or down dip. Faraday is on granted mining tenure, with a favourable ore geometry suggesting a low waste-to-ore ratio to access the mineralisation, coupled with oxidised waste rock, suggesting favourable low-cost mining parameters and importantly a small mining footprint minimising surface disturbance. The Company now intends to Complete a material RC drilling campaign to test the potential of the broader system along strike (over 400m of outcrop untested) and at depth. Continue infill drilling, where thought appropriate, to further understand the lithium endowment and controls. Continue with metallurgical test work to assess overall ore recoveries comprising HLS (heavy liquid separation) in addition to ore sorting test work to investigate the potential of rudimentary upgrading of medium grade ore to a premium DSO (direct shipping ore) grade. Devise an appropriate mine plan and associated permitting activities to accelerate potential development. Following significant interest in the project over the last three months, the Company has engaged corporate adviser Longreach Capital to manage a formal process with interested parties. The Company looks forward to updating the market as the Faraday development pathway evolves. Tillkännagivande • Feb 13
Widgie Nickel Limited Announces Assay Results from Its Reverse Circulation and Diamond Drilling Program Targeting the Gillett and Gillett North Mineralisation Widgie Nickel Limited announced assay results from its Reverse Circulation (RC) and Diamond (DD) drilling program targeting the Gillett and Gillett North mineralisation. This announcement pertains to all holes completed as of 31 December 2022 and not previously reported or included in the January 2023 Resource Estimation. As of 8 February 2023, a further 14 pre-collars out of a planned 20 holes within the Gillett area have been drilled in preparation for diamond tails targeting higher grades within the resource wireframes and testing for strike extensions to the south. The Company sees the Greater Widgie South area, comprising Widgie 3, Widgie Townsite and Gillett/Gillett North as the potential second nickel production centre in the Company's portfolio. Given the existing significant nickel endowment (71,860t Ni Indicated and Inferred Resource) across these three deposits, in close proximity, this potential operation will be larger in scale and longer life than the Company's first planned nickel mine at Armstrong. Discussion of Results: Drilling at the northern end of the Gillett Resource has expanded the extent of the known nickel mineralisation up to 80m beyond the current resource wireframes with results of 23m @ 1.03% Ni, 0.11% Cu, 0.03% Co from 246m (MERC236), 10m @ 1.00% Ni, 0.10% Cu, 0.03% Co from 331m (MEDD039) and 15m @ 1.18% Ni, 0.13% Cu, 0.04% Co from 303m (MEDD041). The Gillett Mineral Resource is a nickel sulphide deposit hosted within an ultramafic package dipping steeply (75o to 85o) to the south-west sitting on the eastern limb of a tight upright anticline. Mineralisation at Gillett occurs over a strikelength of more than 1,000 metres in an altered ultramafic on or near the basal contact with three separate sub parallellens now identified. A contact lode position lying directly adjacent to the older hanging wall basalt. The main lode within the ultramafic position lying 5 - 10m away from the contact. The UM2 disseminated lode lying a further 5 - 10m from the main lode (not shown on cross section below). The mineralisation styles within the contact and main lodes range from disseminated to very strong matrix sulphidemineralisation. Zones of massive sulphides have been intersected with grades of up to 8% Ni returned from individual assays.The nickel sulphide mineralisation within the UM2 lens is typically heavily disseminated sulphide which runs between 0.6% and 2.0% nickel. Mineralisation at Gillett North is similar in style to Gillett but sits on the western limb (and possibly around the fold nose) of the same anticline with the geological and structural relationship between the two deposits yet to be fully determined. A significant feature of the recent drilling and ongoing structural studies is the apparent strong structural control on the mineralisation where it has been significantly deformed into smaller secondary "drag folds" on the limbs of larger D2 folds resulting in thick higher grade "pods" with short down dip continuity over approximately 20 -100 metres. These thicker zones do have strong plunge components, as seen at Gillett which has both a flat and moderate to the southeastplunges which are postulated to represent an earlier D1 folding event that has then be refolded during D2. Later stageD3 and D4 faulting have then displaced the lodes. This is important for drill spacing as these better zones can easily be missed in wider spaced drilling and has implications across the field. This is highlighted by wide spaced follow up drilling at Gillett North based on holeMERC225 which intersected 12 metres at 3.40% Ni from 200 metres downhole and 18 metres at 4.69% Ni from 246metres downhole where detailed structural logging of follow up diamond drilling including a twin hole (MEDD072 results pending) advances thisgeological model. The Company intends to improve the building of 3D geological models and where appropriate tighten drilling up and/orincrease the use of down hole electromagnetics (DHEM). Numerous DHEM conductors remain to be tested throughoutthe Company`s tenure and a full review of these plates will be conducted and prioritised for drill testing. Tillkännagivande • Jan 24
Widgie Nickel Limited Announces Updated Mineral Resource Estimate at its Gillett Deposit Widgie Nickel Limited announced an updated Mineral Resource Estimate at its Gillett deposit, estimated in accordance with the 2012 JORC Code. Gillett forms part of the Mt Edwards Project located in a province of historic nickel sulphide mines. Using historical and new assay data the reinterpreted Mineral Resource at Gillett has increased the amount of contained nickel from 22,500 to 23,400 tonnes. The Gillett Mineral Resource was estimated by Richard Maddocks from Auralia Mining Consulting. The scope to further grow Gillett has driven a future work program that will include RC pre-collars and diamond core tails drilling to further test the extents of mineralisation, and infill drilling to increase confidence sufficient to `upgrade' the Mineral Resource classification for a greater portion of the Resource. The recent exploration success at Gillett North lies external to the Gillett Resource and will ultimately be included in future iterations upon receipt of outstanding assays and further drilling to be carried out in 2023. The Gillett Nickel deposit is located on Mining Lease M15/94, approximately 3km south-southeast of the Widgiemooltha Township. Widgie holds the nickel rights for Mining Lease M15/94 with the underlying tenure held by Mincor Resources NL. Gillett is one of three nickel deposits located on M15/94, collectively named the Widgie South Trend (Widgie Townsite, Gillett and Widgie 3). Widgie holds nickel interests over a significant portion of the nickel prospective tenements around the Widgiemooltha Dome. The Gillett Mineral Resource is a nickel sulphide deposit hosted within an ultramafic package dipping steeply to the west. Mineralisation at Gillett occurs over a strike length of more than 1km in a talc-carbonate altered ultramafic on or near a basal contact with a basalt. There is a strong foliation developed parallel to the basal contact, and one interpretation is that the basal contact has been thrust from the main contact that hosts the Widgie 3 and Widgie Townsite nickel sulphide deposits. The Gillett deposit has been structurally modified with the mineralisation sitting in the ultramafic of an overturned limb under a hanging wall of basalt. The nickel sulphide mineralisation has been being partly controlled by later stage quartz- carbonate veining. A basalt hill along the strike of Gillett is interpreted to represent the hinge-line of an anticline, with the stratigraphy on the eastern limb overturned and steeply dipping to the west. The ultramafic-basalt contact and mineralisation on this overturned limb strikes northwest at approximately 325 and the higher-grade zones appear to plunge gently to the north. Numerous NE-SW trending deposit scale faults have been identified using field mapping and airborne magnetic geophysics. These faults dip at about 88 towards the NNW and have been defined in the structural logging of the diamond core. Veins seen in diamond core indicate some remobilisation of sulphide minerals at Gillett. Nickel Mineralisation: The mineralisation styles range from weakly disseminated to very strong matrix sulphide mineralisation. Most of the mineralisation is disseminated with stacked zones of matrix and massive sulphide. Generally, the disseminated sulphide runs between 0.6 and 2.0% nickel with the matrix style mineralisation grading up to 3% nickel. Above 3% nickel represents a more massive style of mineralisation. Drilling has intersected massive sulphide zones with banded pyrrhotite and pentlandite grading up to 8% nickel. Modelling: The mineralisation conforms to a Kambalda style komatiite flow hosted orebody. Geology logs were used to construct a basal surface to the ultramafic unit. This surface is the contact between the ultramafic and the underlying mafic basalts. The higher-grade nickel mineralisation accumulates at or near this contact. There are ten modelled domains contained on or close to the basal contact between mafic and ultramafic rock units. There are likely zones of disruption possibly caused by faulting and/or shearing which may dislocate the basal contact. Modelling of these dislocations is not possible given their orientation close to the drilling direction. This may also have caused some remobilisation of nickel sulphides in this central area as there are zones of sulphide mineralisation faulting off the main mafic-ultramafic contact. Domains were modelled and estimated with hard boundaries. A mineralised envelope was modelled using a nominal 0.5% nickel cut-off. This cut-off was chosen as it approximates the grade boundary between nickel sulphide mineralisation in massive/matrix and disseminated forms and non- sulphide nickel contained in the ultramafic host. A top of fresh rock surface was modelled from the logging codes in drill holes. No significant mineralisation extends above this surface. All modelled mineralisation is within the fresh rock domain. The model used parent blocks of 15m X, 15m Y and 5m Z with sub blocks of 0.5m in all directions. The 10 domains were modelled using hard boundaries. Tillkännagivande • Jan 17
Widgie Nickel Limited Provides Update on its Lithium Exploration Activities Widgie Nickel Limited provided an update on its lithium exploration activities. Widgie has continued to review all available datasets demonstrating potential for lithium bearing pegmatites, following the lithium potential demonstrated at the recently discovered Faraday prospect. Initial review of drill data highlighted historical assay results of up to 14m @ 0.95% Li2O from 13m at the Voyager prospect on the southernmost drill line. Whilst drilling 50m directly to the north failed to intersect pegmatite. Re-interpretation and confirmatory surface mapping suggests a different orientation which would suggest previous drilling at the Voyager prospect was ineffective. The Company now intends, upon completion of the current reverse circulation (RC) drilling at Faraday, to immediately conduct an initial eight (8) hole drill program to test the lithium potential at Voyager. Following this, Widgie will look to expand drilling along strike and at depth. All data referred to and reported in this announcement relates to exploration for potential lithium bearing pegmatites conducted by Neometals Ltd. between May 2017 and August 2018. As part of an initial broad assessment at its Mt Edwards Project, mapping and surface sampling was conducted in 2017 at the Atomic 3 prospect located on Mining Lease M15/101, directly north (~300m) of the company`s 132N Nickel Mineral Resource. Rock chip sampling of a series of sub-cropping pegmatite returned numerous assays containing elevated Lithium up to 3.40% Li2O associated with visible spodumene. A follow-up RC drilling programme was carried out in 2018 1. This drilling was only partially successful, with significant lithium bearing pegmatite intersected only on the southernmost drill line across the western most pegmatite (Voyager) with the drilling 50m directly to the north not intersecting the pegmatite. Best drill results from the Voyager pegmatite were: 4 metres at 1.27% Li2O from 43 metres in drillhole MERC030, and 14 metres at 0.95% Li2O from 13 metres, including 4 metres at 1.70% Li2O from 22 metres in drillhole MERC031. Mapping and new 3D modelling of the pegmatite suggests that the drilling to date would have been ineffective in targeting the prospective spodumene bearing horizon due to the pegmatite striking NE-SW, dipping moderately to the west with the drilling missing the modelled pegmatite. Thus, based on Widgie's interpretation, the pegmatite remains untested in all directions. The Company intends, upon completion of the current reverse circulation (RC) drilling underway at Faraday, to carry out an initial eight (8) hole program at Voyager to test this new interpretation prior to testing along strike and at depth. Work also continues to rapidly assess the potential of other known lithium occurrences within the extensive dataset, in conjunction with further mapping, reassessment of existing drill core and RC chips/pulps and ongoing surface sampling to identify new areas of interest. Tillkännagivande • Jan 10
Widgie Nickel Limited Announces Assays Reaffirm High-Grade Lithium Discovery At Faraday Widgie Nickel Limited provided assay results from the outstanding 8 Reverse Circulation (RC) holes from a maiden 18-hole program completed at the Faraday Lithium prospect. Drilling conducted on a nominal 40m x 40m spacing over approximately 175 metres of strike has identified lithium bearing pegmatite extending beneath a 600-metre surface outcrop measuring up to 25 metres wide. The complete set of drill results outlined in Table 1 and illustrated in Figure 1 6 is an extremely promising start, highlighting the continuous presence of lithium-bearing pegmatite at a high-grade (0.8%). The results encourage the Company to significantly increase lithium exploration activity to fully assess the potential scale of the Faraday prospect. The preliminary RC drilling was conducted to provide an indication of the orientation of the pegmatite and the potential distribution of any associated lithium mineralisation. This drilling has been highly successful, and with only very limited shallow drilling done to date, the presence of high-grade lithium values intersected within the pegmatites demonstrate that the area has the potential to host an economic discovery. The drilling and assays confirm the pegmatites display a degree of internal fractionation and/or are multiple events with higher lithium grades more often on the contacts of the pegmatite, with further studies planned to determine the elemental distribution. The higher grade (>0.8%) lithium appears to demonstrate good continuity in an NNE/NE orientation within the overall N/S striking pegmatite with infill drilling designed to test this. The Company in tandem with continuing its nickel drill program will now accelerate its lithium exploration across its tenure. Lithium results (Li, B, Cs and Rb) by Inductively Coupled Plasma "ICP" were prioritised in the assay laboratory and are now all received with X-ray Fluorescence "XRF" results to complete the assay suite (Al, Ba, Ca, Fe, K, Mg, Mn, Nb, P, S, Sn, Sr, Ta, W) pending. The Mt Edwards Project lithium tenements cover the northern margin of the Widgiemooltha Dome. The region is well endowed with lithium occurrences and includes three major resources at Dome North (Essential Metals Limited) to the south, Bald Hill (Lithco) to the east and Mt Marion (Mineral Resources Limited /Gangfeng JV) to the north. The Mt Edwards Project lithium tenements have had limited exploration for lithium to date. Specific to the Faraday prospect the pegmatite bodies are a result of a late-stage fractionated intrusive event interpretedto be located proximal to larger scale granitic intrusion. Coarse grained spodumene has been recorded at multiple surface locations, with the outcrop covering a strike extent of approximately 600 metres in a north-south orientation. The pegmatite outcrop varies in width from 1 metre up to 25 metres. Soil anomalism indicates the intrusive body extends further to the north undercover as supported by sporadic pegmatite outcrops to the north. Interpretation of the RC drilling indicates Faraday is a stacked pegmatite system dipping shallowly at 25o to the west with widths varying up to 18m in downhole width with minor parasitic veins narrower in thickness and hosted within the Mt Edwards ultramafic suite. The base of weathering/oxidation is extremely shallow, with oxidation and clay minerals observed to a depth of less than 5-10m. Spodumene mineralisation whilst occurring throughout the logged pegmatite body shows variable zonation which is supported by the RC drilling assay results and the new diamond core. High grade zones of spodumene mineralisation are found concentrated locally within pegmatite veins that require further drilling and investigation is needed to understand the mineralisation controls. Drilling to date has tested only ~175m of strike down to 50m vertical depth with the new intercept of 7m @ 1.17% Li2O from surface providing further encouragement that there is potential for a fast-tracked small mining operation which can feed into a possible direct shipping arrangement. Infill drilling within the area currently drilled to achieve better mineralisation definition is planned for commencement in mid January with drill density varying from 20m by 20m to some areas designed to be covered on an 10m x10m pattern coincident with better lithium grades. Upon completion, the Company intends to complete a material RC drilling campaign to test the potential of the system along strike (over 400m of untested outcrop) and at depth. Pending heritage clearance and ongoing drill success the program can thereafter expand further as success dictates. Metallurgical testing including XRD testing of mineralogy and physical testing of the drill core is now underway with work comprising initial crushing and sizing analysis to understand if any natural bias exists where spodumene reports to certain size fractions preferentially with various other testing regimes planned thereafter upon completion of this initial work. 
