VANCOUVER - iMetal Resources, Inc. (TSX.V: IMR) (OTC PINK: ADTFF) (FRANKFURT: A7V2) ('iMetal' or the 'Company') is pleased to announce the commencement of trenching at its flagship Gowganda West property in the Shining Tree District of the Abitibi Greenstone Gold Belt of Northern Ontario.

The two-week program will concentrate on Zone 1 and Zone 3, where results from the April 2021 sampling program returned highlight gold grab sample values of: Zone 3 returned: 11.3 g/t, 29.6 g/t and 67.9 g/t gold; Zone 1 returned: 27.2 and 16.35 g/t gold; A value of 3.72 g/t gold was returned from a location approximately 400 metres NW of Zone 1

iMetal cautions investors the grab samples are selective and may not necessarily be representative of the showing as a whole.

'We have been anxious to get the mechanical trenching program underway at the key target areas of the Gowganda West property, to define targets for drilling in the upcoming late summer drill program,' commented iMetal President & CEO Saf Dhillon. 'The trenching will open up Zone 1 and Zone 3 exposing the structures along strike and allow field crews to better evaluate the test IP anomalies identified during the recent reprocessing and interpretation of the 2019 IP results, as well as test the newly discovered Zone 400 metres to the NW of Zone 1,' he concluded.

Zone 1 is associated with Timiskaming type metasedimentary rocks comprising siltstone, sandstone and predominately conglomerate. Gold mineralization is found where conglomerate transitions into finer grained rock types. The conglomerate contains clasts of jasper rich, banded iron formation and is highly magnetic. In addition, the conglomerate contains significant amounts of pyrite, resulting in the unit showing as strongly conductive in induced polarization surveys. The 2018 airborne mag and 2019 IP surveys have allowed mapping of the conglomerate and its boundaries. The boundaries will be the focus of trenching programs.

Trenching will include stripping older exposures cleared in recent decades where the bedrock shows potassic alteration and silica flooding. Trenching will expose this area over a 50m length whereby field crews can use diamond blade saws to take continuous samples over the entire mineralized width enabling geologists to evaluate the extend of the mineralized system and establish the best drill targets. Presently the company believes gold mineralization is associated with narrow, quartz-carbonate-pyrite veins hosted within wider zones of ankerite-albite-silica-sericite alteration and variable amounts of fine-grained, disseminated pyrite. The work now underway should provide more geological context and better information on the nature and orientation of the mineralization.

Zone 3 similarly is hosted in metasedimentary rocks; however, the mineralization is oriented northeast-southwest and dips westward. iMetal has planned 3 trenches over a 200m strike distance to look at the continuity and test the grades in this area. Recent sampling returned stellar grades up to 67 g/t gold in this area. Trenching would hopefully show these grades to extend northeastward.

Quality Assurance and Quality Control

All grab samples were delivered by the geological contractor to ALS Minerals in Thunder Bay, an ISO/IEC 17025:2017 accredited facility. All samples were analyzed with ALS's AuME-TL43 procedure, a 25 gram aqua regia digestion with an ICP-MS finish with a 1 gram upper limit for gold. All overlimit gold values were fire assayed with a 30-gram sample and a gravimetric finish, ALS's Au-GRA21 procedure.

About Gowganda West

The Gowganda West property covers approximately 147 sq km in the Shining Tree volcano-sedimentary succession of the southwestern Abitibi Greenstone Gold Belt contiguous to the north and west of Aris Gold Corp.'s (TSX: ARIS) (formerly Caldas Gold Corp.) Juby Gold deposit, a series of four mineralized alteration zones along the Tyrrell Shear Zone. Gold mineralization at Juby is associated with narrow quartz-carbonate-pyrite veins hosted within 20- to 330-metre-wide zones of ankerite-albite-silica-sericite alteration and variable amounts of fine-grained, disseminated pyrite and also with multiple lenses containing narrow (

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