Kiplin Metals Submits Exploration Permits for the Cluff Lake Road (“CLR”) Uranium Project in Saskatchewan

VANCOUVER, British Columbia, May 18, 2023 (GLOBE NEWSWIRE) -- Kiplin Metals Inc. (TSX-V: KIP) (the "Company" or "Kiplin") announces the submission of exploration permits for its upcoming summer exploration program at its key Cluff Lake Road (CLR) uranium project. The permits are currently under review by the Saskatchewan Ministry of Environment for approval.

The CLR property is situated adjacent to F3 Uranium Corp.'s ("F3") (previously known as Fission 3.0) prominent Paterson Lake North (PLN) project. In November 2022, F3 uncovered the JR high-grade uranium zone, which recently reported intersections (refer to F3 press release dated February 6, 2023) in drill hole PLN22-038 of 11.0 meters averaging 4.20% triuranium octoxide, including a high-grade 4.5-meter interval averaging 9.8% U3O8. The JR uranium zone represents the newest basement-hosted uranium deposit in the Athabasca, similar to the Triple R uranium deposit owned by Fission Uranium Corp.

Kiplin's summer program, contracted to Grander Exploration, will involve geophysical surveying focused on the central part of the property. The survey will target multiple prospective areas already identified within the CLR property, including:

• Three parallel (South-Southeast) conductors spanning a width of one kilometre on F3's PLN property, referred to as the North Conductor Complex, which extend onto the western part of the CLR property.
• Several other magnetic lineaments within the CLR property, both parallel and intersecting the North Conductor Complex trend.
• Multiple Alpha Track radon gas sensor anomalies previously completed (2017) and spectrometer radioactivity anomalies detected by the Company in 2022 (refer to Press Release, November 23, 2022). Background radioactivity readings obtained using a handheld Radiation Solutions RS-125 Super-SPEC gamma-ray spectrometer (*) range between 20-50 counts per second (cps), with over 100 anomalous boulders in the 100-500 cps range identified.
  

(*) The spectrometer readings provided in this news release were obtained using a handheld Radiation Solutions RS-125 Super-SPEC gamma-ray spectrometer, measuring in counts per second. It is important to note that spectrometer readings are not directly or uniformly correlated to uranium grades of the measured rock sample and should be considered as an initial indication of radioactive material presence only.