LTNG.V · 2022-07-26 12:00:00

BeMetals Extends High‐Grade Zone with New Drilling Results at the Kato Gold Project in Japan

Drill Results

TSXV – BMET

July 26, 2022 OTCQB – BMTLF

FRANKFURT – 1OI.F

BeMetals Extends High‐Grade Zone with New Drilling Results at the

Kato Gold Project in Japan

Vancouver, British Columbia – BeMetals Corp. (TSXV: BMET, OTCQB: BMTLF, Frankfurt: 1OI.F) (the “Company” or

“BeMetals”) is pleased to announce its first assay results for its ongoing diamond drilling program at the Kato Gold

Project (“Kato” or the “Property”) in Hokkaido, Japan. BeMetals plans to complete at least 1,250 metres of

additional drilling during this initial campaign and will release their assay results in the coming months.

HIGHLIGHTS OF KT22‐11 CORE DRILL HOLE:

 KT22‐11: 11.50 metres (“m”) grading 6.42 grams per tonne (“g/t”) gold (“Au”)

o Including: 8.70 m grading 7.80 g/t Au

o Including: 4.52 m grading 11.88 g/t Au

 This new hole extends the targeted high‐grade vein zone by some 60 metres along strike

 Additional drill hole assay results are expected to be released in the coming months

Note: Intertek Testing Services completed the analytical work with the core samples processed at their accredited laboratory in Manila,

Philippines (See details in QA/QA section below). Reported widths are drilled core lengths as true widths are unknown at this time. Based upon

current data it is estimated true widths range between 55 to 65% of the drilled intersections.

John Wilton, President and CEO of BeMetals stated, “We are pleased with these initial drill hole assay results from

our Kato Gold Project on Hokkaido in Japan. The results from hole KT22‐11 represents an approximate 60 metre

extension to the strike length of the historically drilled high‐grade vein zone which was last drilled in the early 1990s

by MMAJ, the Japanese state agency. At this point, we believe there is good evidence that this intersection pierced

the interpreted upper area of this vein zone and our second hole which is currently being drilled, is aiming to test a

further strike extension of this high‐grade vein zone and test other vein targets."

During a recent inspection of available drill core at the Kato Project, including hole KT22‐11, Dr. Richard Sillitoe, a

world‐renowned economic geologist, also an expert on this style of epithermal gold deposits, concluded, “Near‐

paleosurface and textural features would suggest that much of the historical drilling intersected the relatively

shallow parts of the gold system and, based on similar epithermal deposits globally, downward vein extensions and

grade continuity seem likely.”

Wilton continued, “Given these new high‐grade gold drilling results, integrated with the historical drilling data, and

the evolving geological understanding of the property, we are increasingly excited by the potential to build a

significant gold resource at the Kato Project.”

KATO GOLD PROJECT 2022 DRILLING PROGRAM

This year BeMetals plans to complete an approximate 1,500 m drill program at the Kato Gold Project. Recently, the

Company added another drill crew and helpers to the site in order to increase the team’s drilling capacity. These

added personnel are expected to continue to improve drilling progress and provide constant geological exploration

data and assay results. Hole KT22‐12 is currently underway and is targeting additional strike extension of the high‐

grade vein zone drilled in hole KT22‐11, and to test other vein targets.

Figure 1 illustrates the location of KT22‐11 on a cross section in relation to the current simplified geological

interpretation of this area at the Kato Project. Details of the geological model are evolving with ongoing drilling

information compilation, including careful observations of textures intimately associated with the gold

mineralization. These observations indicate that historical drilling has generally intercepted the epithermal system

at shallow positions, hence significant potential exists to extend the high‐grade vein targets in depth. Additionally

it appears that the wide but lower grade zones of gold mineralization intersected in some of the previous drilling

could be due to overprinting by the upper, steam heated zone of the gold system (See Figure 1).

Due to this improving understanding of the Kato geology, and gold mineralization there is also increased potential

to also extend the high‐grade veins a significant distance along strike.

Figure 1: Cross Section of Hole KT22‐11 at Kato Gold Project

Note: Drill results KT18‐01, KT18‐02, KT19‐07 and KT19‐02A are historical in nature and have been previously released in BMET news release dated July 28,

2021, and reported in the Company’s technical report entitled, “Kato Gold Project Japan NI 43‐101 Technical Report” with an effective date of July 13, 2021.

Table 1 below lists the gold intersections in hole KT22‐11 which includes the high‐grade vein intersections and

surrounding interpreted mineralized stockwork zones. Table 2 shows the details of KT22‐11 with the hole;

azimuth, dip, end of hole depth and collar coordinates.

Table 1: Drill Hole Intersection Results Hole KT22‐11

Drill hole From

(m)

Core Interval

(m)

g/t

Comments

KT22‐11

Interval 1: 226.00 236.80 10.80 0.43 Stockwork Zone

Interval 2: 236.80 248.30 11.50 6.42 Vein Zone

Including: 239.60 248.30 8.70* 7.80

Including: 239.60 244.12 4.52 11.88

Interval 3: 248.30 253.20 4.90 0.76 Stockwork Zone(1)

Table 1 Notes: Intertek Testing Services completed the analytical work with the core samples processed at their accredited laboratory in Manila, Philippines

(See details in QA/QA section below). Reported widths are drilled core lengths as true widths are unknown at this time. Based upon current data it is estimated

true widths range between 55 to 65% of the drilled intersections. For the Stockwork Zone a nominal cut‐off grade of 0.30 g/t Au has been used to determine

the boundaries of the intersections with no more than 1.20 metres of internal dilution of the intercept. For the Vein Zone a nominal cut‐off grade of 1 g/t Au

has been used to determine the boundaries of the intersections with no internal dilution of the intercept. *A nominal cut‐off grade of 3 g/t has been used to

determine the boundaries of this intersection with no more than 2.08 metres of internal dilution. (1) Current interpretation

Figure 2 is a simplified geological map illustrating the location of Hole KT22‐11 and its reported drilled gold

intersections. It shows the approximate 60m extension of the high‐grade gold vein and the position of drill hole

KT22‐12, which is currently in progress with its planned drill hole trace. The KT22‐12 drill hole is designed to test

two vein targets. Based upon current interpretation, the immediate target zones for further high‐grade gold veins

are indicated. It also shows the exploration potential with existing targets, to test the Kato gold system at significant

distances to the southeast.

Figure 2: Location Map of Hole KT22‐11 at Kato Gold Project

The Kato Project is located within a sparsely populated area of Hokkaido yet it is still in close proximity to

infrastructure such as sealed roads and power lines, and has access to supplies and services at the nearby town of

Kamishihoro.

Table 2: Core Hole ID, Azimuth, Dip, End of Hole Depth and Collar Coordinates

Drill Hole

Azimuth

Degree

Dip

Degree

End of hole Depth

(m)

Easting

(m)

Northing

(m)

Elevation

(m)

KT22‐11 015 ‐ 53 253.20 683424 4796856 497

THE KATO GOLD PROJECT

The Kato Gold Project is BeMetals’ most advanced, of five exploration projects in Japan based on the amount of

available historical drilling information, and the Property covers close to 2,000 hectares in central Hokkaido (See

Figure 3). The Kato Project (historically referred to as the Seta River Prospect) is an example of a remarkably well‐

preserved epithermal gold system. Outcropping of clay‐altered units are evidence of a high‐temperature steam‐

heated zone above a hydrothermal gold plumbing system. This mineralization style is an example of a low‐

sulphidation epithermal system and the classic analogy for this mineralization type in Japan is the Hishikari Gold

Mine, on Kyushu Island. Global examples of this type of mineralization include mines such as Lihir (Papua New

Guinea), Kupol and Julietta (Russia), Waihi (New Zealand) and Masbate (Philippines).*

The Property was previously drilled by the Japanese state agency MMAJ in the 1990s and during that time results

included high‐grade intervals of gold such as 17.5 metres grading 8.15 g/t Au in hole 5MAHB‐2 and 18.65 metres

grading 5.01 g/t Au in hole 7MAHB‐1.*

From 2018‐2020, Kazan Resources (“Kazan”), acquired by BeMetals in 2021, drilled several holes at Kato that

intersected a zone of hydrothermal breccia near the adjacent main alteration target vein. Their results included

hole KT19‐02A which returned a number of zones of gold mineralization such as 14 metres grading 2.10 g/t Au.* In

2020, drilling intersected over 50 metres of clay alteration, hydrothermal breccia, vein breccia, stockwork, and

banded quartz‐adularia low sulphidation epithermal veins in hole KT20‐010. That hole intersected 58.9 metres

grading 0.76 g/t Au, including 7.4 metres at 2.99 g/t Au, and ended in 2.8 metres grading 3.1 g/t Au.* Due to a lack

of inserted bore hole casing the hole was lost in a mineralized zone and is thought to have not intersected the high‐

grade vein target.

*Please refer to technical report entitled, “Kato Gold Project Japan NI 43‐101 Technical Report” with an effective date of July 13, 2021.

Figure 3. Location of BeMetals Gold Projects in Hokkaido, Japan

QUALITY ASSURANCE AND QUALITY CONTROL

The new results reported here for this core drilling program were analyzed by Intertek Testing Services, an

independent and accredited laboratory. Samples were prepared and analytical work conducted in Manila,

Philippines. The results were obtained using the following analytical methods as appropriate to determine the gold

grades; FA50N/AA of 50g fire assay, with Atomic Absorption Spectrometry (“AAS”) finish and FA50GR/GR of 50g

fire assay with Gravimetric finish for over limit samples exceeding 10 g/t Au. The core sampling was conducted with

a robust sampling protocol that included the appropriate insertion of standard reference material, duplicates, and

blanks into the sample stream.

Field operations and management have been conducted by BeMetals’ personnel. The core drilling was conducted

by Energold Drilling.

ABOUT BEMETALS CORP.

BeMetals is a precious and base metals exploration and development company focused on becoming a leading

metal producer through the acquisition of quality exploration, development and potentially production stage

projects. The Company has established itself in the gold sector with the acquisition of a portfolio of wholly owned

exploration projects in Japan. BeMetals is also progressing both its tier‐one targeted, Pangeni Copper Exploration

Project in the prolific Zambian Copperbelt, and advancing its high‐grade, zinc‐silver‐gold‐copper exploration at the

South Mountain Project in Idaho. Guiding and leading BeMetals’ growth strategy is a strong board and

management team, founders and significant shareholders of the Company, who have an extensive proven record

of delivering exceptional value in the mining sector, over many decades, through the discovery, construction and

operation of mines around the world.

QUALIFIED PERSON STATEMENT

The technical information in this news release for BeMetals has been reviewed and approved by John Wilton, CGeol

FGS, CEO and President of BeMetals, and a “Qualified Person” as defined under National Instrument 43‐101.

ON BEHALF OF BEMETALS CORP.

“John Wilton”

John Wilton

President, CEO and Director

For further information about BeMetals please visit our website at bemetalscorp.com and sign‐up to our email list

to receive timely updates, or contact:

Derek Iwanaka

Vice President, Investor Relations & Corporate Development

Telephone: 604‐928‐2797

Email: [email protected]

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the

TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this news release

Cautionary Note Regarding Forward‐Looking Statements

This news release contains "forward‐looking statements" and “forward looking information” (as defined under applicable securities laws), based on

management’s best estimates, assumptions and current expectations. Such statements include but are not limited to, statements with respect to

future exploration, development and advancement of the South Mountain Project, the Pangeni project and the Japan properties, and the acquisition

of additional base and/or precious metal projects. Generally, these forward‐looking statements can be identified by the use of forward‐looking

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risks, uncertainties and other factors that may cause actual results, performance or achievements to be materially different from those expressed or

implied by such statements, including but not limited to: the actual results of exploration activities, the availability of financing and/or cash flow to

fund the current and future plans and expenditures, the ability of the Company to satisfy the conditions of the option agreements for the South

Mountain Project and/or the Pangeni Project, and changes in the world commodity markets or equity markets. Although the Company has attempted

to identify important factors that could cause actual results to differ materially from those contained in forward‐looking statements, there may be

other factors that cause results not to be as anticipated, estimated or intended. There can be no assurance that such statements will prove to be

accurate, as actual results and future events could differ materially from those anticipated in such statements. The forward‐looking statements and

forward looking information are made as of the date hereof and are qualified in their entirety by this cautionary statement. The Company disclaims

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