Welcome to our dedicated page for Powermax Mineral news (Ticker: PWMXF), a resource for investors and traders seeking the latest updates and insights on Powermax Mineral stock.
Powermax Minerals Inc. (OTCQB: PWMXF) is a Canadian mineral exploration company focused on rare earth element (REE) projects, and its news flow centers on technical and corporate developments across its portfolio. The company issues detailed updates on exploration programs at its optioned Cameron REE Property in British Columbia, the Atikokan REE Property in northwestern Ontario, and the Pinard REE Property in northern Ontario, as well as its 100% owned Ogden Bear Lodge Project in Wyoming.
Recent news releases describe the commencement and completion of multi-phase field programs, including geological mapping, prospecting, rock, soil, and sediment sampling, and radiometric surveys. Powermax also reports on integrated geoscientific interpretations that combine magnetic, gravity, radiometric, and geochemical datasets to delineate high-priority REE targets, particularly at the Atikokan and Cameron projects.
Investors following PWMXF news can expect updates on exploration milestones, such as Phase 1 and Phase 2 program results, identification of REE-enriched corridors, and the design of follow-up work. The company also discloses option agreement terms and milestone payments related to property acquisitions, including the Pinard Rare Earths Project, along with information on net smelter returns royalties and buyback rights.
This news page aggregates Powermax Minerals’ press releases so readers can track the progression of its rare earth exploration strategy, from initial data compilation and GIS modeling through fieldwork, geochemical analysis, and target prioritization. For those monitoring rare earth-focused exploration companies, the PWMXF news feed provides a centralized view of the company’s technical updates and corporate announcements.
Powermax Minerals (PWMXF) has completed its 2026 field exploration program at the Cameron Rare Earth Element Project in the Kamloops Mining Division near Revelstoke, British Columbia.
The July–August 2026 program included geological mapping, prospecting, rock-chip, soil and stream-sediment sampling, and handheld radiometric screening. A total of 250 samples (50 rock-chip, 50 soil and 150 stream-sediment) were collected and shipped under chain of custody to independent AGAT Laboratories in Calgary for analysis. Analytical results are pending and will be released after data processing and QA/QC review. The work focused on priority target areas defined by earlier REE geochemical anomalies, mapped pegmatites, geological contacts and drainage catchments. The company plans to integrate laboratory results with field observations to assess whether targets warrant further surface work, trenching or drilling, subject to technical review, financing and permits.
Powermax Minerals (CSE: PMAX, OTCQB: PWMXF) has started its 2026 exploration program at the 100%-owned Cameron rare earth element project near Revelstoke, British Columbia. The approximately three-week Phase 1 field program follows prior geochemical surveys and targets refinement and ranking of REE exploration corridors.
The work includes detailed geological mapping and prospecting, selective rock, infill soil and additional stream-sediment sampling, plus handheld ground radiometric surveys. According to Powermax, all geological, geochemical and radiometric data will be integrated into a target-ranking model to support future trenching and first-pass drilling, subject to results and permits.
Powermax Minerals (OTCQB:PWMXF) has started high-resolution helicopter-borne geophysical surveys and field exploration at its Pinard and Hopkins rare earth element properties in Ontario.
The program covers about 1,319 line-km at Pinard and 1,623 line-km at Hopkins, supporting target definition for future REE exploration.
Powermax Minerals (OTCQB:PWMXF) reported results of a desktop study for its Hopkins Rare Earth Element Project in northeastern Ontario. The 6,145-hectare project is divided into Block A and Block B.
The study ranks Block A as Priority #1 with five target areas (A1–A5) and Block B as Priority #2 with two targets (B1–B2). A Weight-of-Evidence model links the highest REE prospectivity to coincident TREO anomalies, radiometric ratios, gravity highs and magnetic tilt derivative features, supporting a margin- and structure-controlled REE exploration model and guiding detailed sampling and mapping programs.
Powermax Minerals (CSE: PMAX; OTCQB: PWMXF) entered an option agreement dated April 29, 2026 to acquire a 100% interest in the Hopkins Rare Earths Project in northern Ontario, subject to a 2% NSR and a $1,000,000 buyback to reduce the NSR to 1%.
The 5,900-hectare property sits in the Clay-Howells alkalic-carbonatite complex and will undergo a phased exploration program including mapping, geochemical sampling, radiometrics and airborne geophysics; cash and work commitments total $25,000 cash and $450,000 minimum work over three years.
Powermax Minerals (OTCQB: PWMXF) released integrated 2025 geochemical and geophysical results for its Atikokan REE property, identifying priority targets in the Dashwa Gneiss Complex and lower prospectivity in the White Otter Batholith.
Key data: rock TREO 19.1–503.3 ppm, soil TREO 28.4–615.8 ppm, sediment TREO 37.1–377.2 ppm. Geochemistry and radiometrics link REE enrichment to monazite/allanite and Th/U ratios, guiding follow-up exploration.
Powermax Minerals (OTCQB: PWMXF) reported soil and surface rock rare earth element (REE) results from the Cameron REE property, British Columbia, on March 12, 2026. Soil TREO ranged from ~135 ppm to 2,840 ppm (average ~340 ppm) and surface rocks returned up to 741 ppm TREO. Results define a north–south TREO corridor >1 km and multiple priority targets for follow-up bedrock definition and possible drilling.
Sampling used B-horizon soils (10–30 cm) and selective rock grabs; analyses by AGAT Laboratories used sodium peroxide fusion and ICP-OES/MS with QA/QC procedures.
Powermax (OTCQB: PWMXF) acquired a 100% interest in two contiguous mining claims (37 cells) adjoining Blocks B and C of its Atikokan REE project in northwestern Ontario, under a property purchase agreement dated January 30, 2026.
The claims host interpreted high-priority REE targets from 2025 airborne magnetic and radiometric surveys, with elevated Th/K ratios and phosphate-rich NYF-style signatures. Consideration paid was $3,000, subject to a vendor back-in right if option conditions are not met by August 31, 2028.
Powermax Minerals (OTCQB: PWMXF) reported Phase 2 stream sediment assay results from the Cameron REE Project, British Columbia, showing elevated LREO, HREO, and TREO across multiple drainage catchments. Reported ranges: LREO 178.6–47,980.5 ppm; HREO 49.0–9,537.3 ppm; TREO 227.7–57,517.8 ppm. Coherent multi‑element anomalies and consistent eTh/K ratios above 10 suggest Th‑bearing accessory minerals and proximal bedrock sources, highlighting priority targets for follow‑up mapping, soil sampling and potential trenching or drilling, subject to permitting.
Powermax Minerals (OTCQB: PWMXF / CSE: PMAX) completed its 2025 field exploration program at the Atikokan REE Property in northwestern Ontario on December 17, 2025.
The program collected 426 samples (251 soils, 10 sediments, 165 rocks) and combined geological mapping, prospecting, radiometric surveys and geochemical sampling. Mapping identified three lithological domains: granodiorite/granite and two gneissic tonalite domains, with granitic and pegmatitic units highlighted as prospective hosts for REE.
Field radiometric results ranged from background ~60–80 cps to local tonalite pegmatite highs ~250–400 cps and granite/pegmatite up to 2,700 cps. Samples were submitted to AGAT Laboratories (Calgary) for analysis; assay results and the final helicopter geophysics interpretation are pending.