CBLT Inc. announced the assay results from samples taken at Shatford Lake in October, 2022. Pegmatite occurrences thus far sampled in CBLT's claims contain anomalous tin, tantalum, and rubidium with local anomalous lithium. CBLT is highly encouraged by these multi-element anomalies, which management believes to be indicative of a LCT-type pegmatite.

Shatford Lake and the general pegmatite area are located in the Bird River Pegmatite Field in Manitoba, three kilometers south-southwest of the Tanco Mine. CBLT recognizes the significance and importance of Sagkeeng First Nation's Traditional Land Rights in the area, and openly welcomes continued engagement with the Sagkeeng Chief and Council. CBLT has collaborated with the Province of Manitoba's Agriculture and Resource Development and the University of Manitoba to coordinate other geoscientific assistance, with assistance procured from a Ph.D. level program graduate.

The purpose of the 2022 exploration program was to obtain modern-day assay analyses of the pegmatites and to ground proof the pegmatite locations using prospecting and geological techniques specialized for discovering potential lithium-cesium-tantalum bearing pegmatites (LCT Pegmatites). Given the proximity to the Tanco Mine and other LCT occurrences in the region, management believes there is a reasonable potential of a significant LCT occurrence in the Shatford Lake project area. If enough LCT potential is discovered, a shallow drilling program may be generated.

The sampling program was last conducted October 10, 2022 with twelve samples collected from a single large exposed shoreline outcrop located less than 100 meters west of an anomalous area sampled in August, 2022. This outcrop was targeted for higher density sampling as it is visibly on strike with the shoreline pegmatite sampled previously in August, 2022. An east-west striking pegmatite in the outcrop on the southeast shore of Shatford Lake was prospected, mapped and sampled.

This pegmatite is open to the east and west of the sampled locations. The pegmatite is a minimum 30 meters wide from the shoreline to its exposed southern contact. The northern geological contact likely occurs somewhere underneath the lake.

The current estimated length of the evolved pegmatite is approximately 200 meters from inferred outcrop to outcrop connection. Arial reconnaissance indicates the evolved pegmatite may continue in strike an additional 150 meters to the southwest along the shoreline. The pegmatite contains cassiterite, beryl, and trace columbite mineralization, as well as spectacular mica series mineralization from black biotite to phlogopite, chrome mica to spectacular muscovite series.

Columbite mineralization is a key mineral containing significant elemental niobium and tantalum. With its relatively evolved chemical series, structural emplacement, and proximity to the Tanco Mine, the pegmatite at the southeast end of Shatford Lake warrants further exploration for potential LCT series on CBLT's claims. The proximity to the Tanco Mine is important to CBLT. The Tanco Mine hosts an LCT-type pegmatite, producing cesium and tantalum.

Lithium, beryllium and rubidium have previously been produced. The Tanco pegmatite has dimensions of 820m by 1,600m and up to 100m thick, and over 100 minerals have been identified in it. It was reported by The Northern Miner in April, 2022 that lithium production had resumed at the Tanco.

The Northern Miner is a credible source of mining-related news; however, as the Tanco owner is a Chinese company, there is limited reliable public information available. It was estimated in 1991 that Tanco had lithium reserves of 7.3 million tonnes at 2.76% Li2O. This is a historical third-party estimate and CBLT has no information as to the methodology used to calculate this estimate or whether it was carried out under the supervision of a Qualified Person, as that term is defined in NI43-101.

Readers are cautioned not to rely upon this estimate. Samples were analyzed by AGAT Labs in Mississauga, Ontario, an independent accredited lab, by sodium peroxide fusion with an ICP-OES finish.