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Advanced Gold Exploration Reports High Grade Results from 2026 Silver Belle Mapping and Reconnaissance Program

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Advanced Gold Exploration (OTCQB: AUHIF) reported assay results from its 2026 mapping and sampling program at the 100%-owned Silver Belle project in Nevada.

High-grade silver, lead, zinc and antimony values were returned from the Phillipsburg, Silver Bell, Mammoth and Pixie zones, validating historic carbonate replacement style mineralization ahead of a planned maiden drill program. Gold assays remain pending.

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AI-generated analysis. How Rhea-AI works. Not financial advice.

Positive

  • High-grade sample at Pixie mine with 257 g/t Ag over 0.7 m
  • Phillipsburg mine chip sample returned 192 g/t Ag and >10% Pb over 1.0 m
  • Mammoth mine sample reported 189 g/t Ag and 7.41% Zn over 0.3 m
  • Multiple zones (Phillipsburg, Silver Bell, Mammoth, Pixie) show significant Ag-Pb-Zn-Sb values
  • Program re-established and validated historic polymetallic mineralization for NI 43-101 reporting
  • Large mineralized targets identified, with more detailed work planned before maiden drilling

Negative

  • Reported sample widths are not true thicknesses; actual mineralized widths are unknown
  • Gold assays from the program are still pending, leaving Au content unconstrained
  • No intrusions have been observed at Silver Belle despite regional CRD analogs
  • Qualified Person notes Eureka-style mineralization is not verified and may not occur at Silver Belle
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Vancouver, British Columbia--(Newsfile Corp. - July 7, 2026) - Advanced Gold Exploration Inc. (CSE: AUEX) (FSE: ZF2) (OTCQB: AUHIF) ("Advanced Gold" or the "Company") is pleased to announce the assay results from its spring mapping and sampling reconnaissance program at the Company's 100% owned Silver Belle project in Nevada. High grade mineralization is present in at least three mineralized zones that were explored over several kilometers by small historic mines and prospects, with the most important being Phillipsburg, Silver Bell, and Mammoth/Champion.

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Fig. 1. Perspective view looking westward of a portion of the Silver Belle Project showing target areas and important strata in the Lower Paleozoic sequence. The light brown band across the upper portion of the figure is a sandstone unit that hosts mineralization at the Silver Bell mine, while the purple rocks are dolomite that hosts the Phillipsburg mineralization. 

To view an enhanced version of this graphic, please visit:
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Highlights

  • 257 g/t Ag over 0.7 meters at the Pixie mine
  • 192 g/t Ag, >10% Pb, 2.3% Zn and 0.1% Cu over 1 meter at the Phillipsburg mine
  • 189 g/t Ag and 7.4% Zn at the Mammoth mine

The Phillipsburg manto consists of strongly oxidized gossanous replacement of a layer in carbonate rocks along the front of the Diamond Range and is recognized in several small historic mines developed along about 1.5 km of strike. Sampling returned up to 192 g/t Ag, >10% Pb, 2.3% Zn and 0.1% Cu over 1 meter (Table 1).

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Fig. 2. Schematic cross section through the Phillipsburg and Silver Bell mines.

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The Silver Bell mineralized zone consists of quartz veins with galena, sphalerite and stibnite with oxide copper minerals along bedding in a sandstone unit east of the Phillipsburg manto. A sample of the dump at the Silver Bell mine yielded as much as 131 g/t Ag, >10% Pb and > 0.1% Sb, and sampling of similar occurrences 5.5 km along strike to the north yielded 257 g/t Ag over 0.7 meters.

A third zone at the Mammoth mine consists of quartz veins in a transverse structure in carbonate rocks structurally between the Phillipsburg manto and the Silver Bell zone. Four samples from the Mammoth vein yielded 142 g/t Ag, 3.2% Pb, 1.9% Zn and 0.2% Cu over about 0.4 meters, with one of the samples reporting Pb >10%.

The Silver Belle project covers about 2,000 acres within the Diamond Mining District located 55 km north of the Eureka district that hosts large carbonate replacement deposits CRD as well as sedimentary rock hosted gold deposits. Mineralization at the Silver Belle Project is similar to that at Eureka. At Silver Belle, mineralization was mined from about 1869 to 1887 and two small smelters were operating. Although no records exist from this period, intermittent production from 1936-1955 is recorded at 851,898 oz Ag, 755,100 lbs Pb, 184,520 lbs Zn. Also a 1937 smelter shipment of 21 tons returned approximately 1,611 grams per tonne (g/t) silver (47 ounces per ton (oz/t)), 34 per cent lead, 9 per cent zinc, 1 per cent copper and 0.3 per cent antimony from underground workings.

Table 1 - Selected Assays from the Silver Belle Project

SampleEastNorthTypeWidth 
m
Au g/tAg g/tCu %Pb %Zn %Sb 
ppm

ppm
Silver Bell mine
520501598,5784,399,977Dump--36.60.080.293.23236394
520502598,5784,399,977Dump--130.50.36>100.20>1000-
520504598,6054,400,053Rock chip1.0-82.10.080.520.06940-
520505598,5964,400,055Rock chip1.0-136.80.130.260.12>1000-
Phillipsburg mine
520507597,8264,399,886Rock chip1.0-35.90.020.280.2221-
520508597,8254,399,895Rock chip0.5-134.10.020.490.8610114
520510597,8254,399,871Rock chip1.0-52.60.061.940.2743525
520511597,8174,399,833Rock chipGrab-80.70.334.07-55512
520512--Chip channel0.7-83.40.111.81>1013>1000
520513--Chip channel0.5-39.40.113.92-23589
520514--Chip channel0.5-81.10.099.79-46487
Phillipsburg North
520520--Chip channel0.5-81.70.064.791.7232254
520522--Chip channel0.7-31.80.030.831.7318450
520523597,7364,400,930Rock chip1.0-1920.14>102.34251630
Phillipsburg South
520546597,8204,398,457Rock chip0.5-129.90.859.121.48>1000139
520547597,7814,398,775Dump--105.80.30>101.67>1000198
520550597,8474,398,312Dump--127.20.37>104.91155449
520551597,9724,398,841Rock chip0.3-122.50.799.100.89>1000-
Mammoth Mine
520541598,4514,399,229Rock chip0.4-1890.220.491.36899161
520542598,4044,399,242Rock chip0.3-130.40.054.630.5917288
520543598,3894,399,250Rock chip0.5-139.30.240.370.08>1000-
520544598,3714,399,252Rock chip0.3-128.60.330.707.41990846
520545598,3004,399,234Rock chip0.3-122.80.0210.000.06519-
Pixie Mine
520529597,4664,404,811Selected0.7-2570.600.650.376246
520531597,4844,404,837Dump--142.40.052.681.8010215

 

Coordinates in WGS84, zone 11, by handheld GPS. Bold values highlight higher-grade intercepts (Ag ≥ 100 g/t, Pb ≥ 1%, Zn ≥ 1%, Sb ≥ 250 ppm, W ≥ 250 ppm). Gold assays pending. Indicated widths are sample lengths, the true thickness/widths of the mineralization are unknown.

The primary purpose of the sampling program was to re-establish and validate historic mineralization -- including silver, antimony, tungsten, lead and zinc -- identified within previous production workings and mine prospect pits as part of a NI 43-101 Technical Report.

Dr. Craig Gibson, QP of the technical report, stated, "The mineralization at Silver Belle is consistent with zoned carbonate replacement deposit (CRD) systems. The presence of anomalous tungsten may indicate proximity to higher-temperature portions of the mineralizing environment. Although no intrusions have been observed to date they are present at Eureka and elsewhere in the region." Dr. Gibson continued "The mineralization at the Project is similar to that described for the CRD mineralization at the large Ruby Hill deposit at Eureka some 55 kilometers southwest of the Silver Belle project. At Silver Belle, large, mineralized targets are present and additional more-detailed exploration work in several areas is warranted in advance of a planned maiden drill program."

Quality Control/Quality Assurance

Samples were submitted for gold fire assay and multi-element ICP analysis at Bureau Veritas and Skyline Labs, respectively, both accredited internationally recognized laboratories. Sample preparation and gold fire assays were completed by Bureau Veritas at the Sparks, NV lab; gold assays are pending. Multi-element analyses by Skyline were completed in Tucson by aqua regia digestion and ICP-OES for 31 elements. Control samples consisting of Certified Reference Materials including standard pulps and coarse blanks were inserted into the sample stream at about 1 per 20 samples, with additional blanks in mineralized zones.

Qualified Person

The exploration program was completed under the direction of Dr. Craig Gibson, a Qualified Person under NI 43-101. Dr. Gibson is preparing the Technical Report on the Silver Belle project. Information on the Eureka district has not been verified by the QP, and there is no guarantee that similar mineralization will be encountered at Silver Belle. The information on the Eureka district is solely being used as an aid in exploration work.

ABOUT ADVANCED GOLD

Advanced Gold Exploration Inc. (CSE: AUEX) is a Canadian mineral resource company dedicated to generating immediate and long-term stakeholder value through strategic asset acquisition. The company specializes in identifying and securing undervalued gold, silver, and copper properties with substantial historical data. By leveraging modern exploration techniques, Advanced Gold aims to systematically upgrade and unlock the economic potential of its core assets, which include the Doyle, Buck Lake, and Muriel-Marr projects in Ontario, and the Silver Belle property in Nevada.

On behalf of the Board of Directors,

Arndt Roehlig, President & CEO, Director

Contact Information

Arndt Roehlig
CEO, President, Director, Advanced Gold Exploration Inc.
Email: arndtroehlig@gmail.com
Tel: (604) 318-1034

Forward-Looking Information and Cautionary Statements

This news release may contain "forward-looking information" within the meaning of applicable securities laws relating to the trading of the Company's securities and the focus of the Company's business. Any such forward-looking statements may be identified by words such as "expects", "anticipates", "intends", "contemplates", "believes", "projects", "plans" and similar expressions. Forward-looking statements in this news release include statements regarding the Company's ability to increase the value of its current and future mineral exploration properties and, in connection therewith, any long-term shareholder value, the Company's ability to mitigate or eliminate exploration risk, and the Company's intention to develop a portfolio of historic gold properties. Readers are cautioned not to place undue reliance on forward-looking statements. These statements should not be read as guarantees of future performance or results. Such statements involve known and unknown risks, uncertainties, and other factors that may cause actual results, performance, or achievements to be materially different from those implied by such statements. Although such statements are based on management's reasonable assumptions, there can be no assurance that the Company will continue its business as described above. Readers are encouraged to refer to the Company's annual and quarterly management's discussion and analysis and other periodic filings made by the Company with the Canadian securities regulatory authorities under the Company's profile on SEDAR+ at www.sedarplus.ca. The Company assumes no responsibility to update or revise forward-looking information to reflect new events or circumstances or actual results unless required by applicable law.

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/304139

FAQ

What did Advanced Gold Exploration (OTCQB: AUHIF) announce about the Silver Belle project on July 7, 2026?

Advanced Gold announced assay results from its 2026 mapping and sampling program at the Silver Belle project. According to Advanced Gold, multiple zones returned high-grade silver, lead, zinc and antimony values, confirming historic carbonate replacement style mineralization ahead of a planned maiden drilling campaign.

What are the highest silver grades reported from Advanced Gold Exploration's 2026 Silver Belle sampling program (AUHIF)?

The highest reported silver grade was 257 g/t over 0.7 meters from the Pixie mine. According to Advanced Gold, other notable results include 192 g/t Ag over 1.0 meter at Phillipsburg and 189 g/t Ag from the Mammoth mine quartz veins in carbonate rocks.

Which mineralized zones were sampled in Advanced Gold Exploration's 2026 Silver Belle program for AUHIF shareholders?

The 2026 program sampled the Phillipsburg, Silver Bell, Mammoth and Pixie zones at Silver Belle. According to Advanced Gold, these areas cover historic mines and prospects along several kilometers and host polymetallic silver-lead-zinc-antimony mineralization typical of zoned carbonate replacement deposit systems.

How do the Silver Belle assay results relate to carbonate replacement deposit (CRD) targets for Advanced Gold (AUHIF)?

The Qualified Person considers Silver Belle mineralization consistent with zoned CRD systems. According to Advanced Gold, similarities to the Eureka district and anomalous tungsten suggest proximity to higher-temperature parts of the system, supporting the presence of large mineralized targets requiring further detailed exploration work.

What quality assurance and quality control measures were used in Advanced Gold’s 2026 Silver Belle sampling?

Samples were analyzed by accredited labs using gold fire assay and multi-element ICP-OES. According to Advanced Gold, Certified Reference Materials, standard pulps and coarse blanks were inserted at about 1 in 20 samples, with extra blanks in mineralized zones to monitor assay accuracy and contamination.

Are the reported Silver Belle sample widths true thicknesses for Advanced Gold Exploration (AUHIF)?

No, the company indicates sample lengths do not represent true mineralized thicknesses. According to Advanced Gold, the stated widths are simply the sampled intervals, and the actual true widths of the Silver Belle mineralization remain unknown pending further structural and drill-based evaluation.

What are the next exploration steps at Silver Belle for Advanced Gold Exploration following the 2026 results?

Advanced Gold plans more detailed work in several target areas before a maiden drill program. According to Advanced Gold, the mapping and sampling campaign re-established historic mineralization trends and outlined large targets that warrant systematic follow-up to better define geometry, grade continuity and potential resource areas.