Northwire Canada EditionWednesday, July 15, 2026
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EFF 0.030 +20.0% W 0.500 +1.0% RDG 0.160 +0.0% ARIC 0.780 +4.0% VROY 3.44 +5.2% ROCK 3.81 +3.0% APMI 0.120 +0.0% EM 3.58 −4.8% ALS 66.04 +6.8% MEK 0.065 +44.4% TLO 6.00 +13.0% ADE 0.045 −66.7% FAIR 0.060 +33.3% SVRS 0.420 −2.3% RES 0.050 +42.9% CYG 0.120 +0.0% EFF 0.030 +20.0% W 0.500 +1.0% RDG 0.160 +0.0% ARIC 0.780 +4.0% VROY 3.44 +5.2% ROCK 3.81 +3.0% APMI 0.120 +0.0% EM 3.58 −4.8% ALS 66.04 +6.8% MEK 0.065 +44.4% TLO 6.00 +13.0% ADE 0.045 −66.7% FAIR 0.060 +33.3% SVRS 0.420 −2.3% RES 0.050 +42.9% CYG 0.120 +0.0%
Drill Results Material +

Lodestar Confirms Significant Rare Earth Mineralization on the Virgin Mountain Property under Option from Globex

GMX · Price

Executive Summary

  • Globex Mining Enterprises Inc. reports assay results from five chip samples taken by Lodestar Minerals on the Virgin Mountain Rare Earth Property in Arizona.
  • All samples returned significant total rare earth oxide (TREO) grades (1.00%–3.73%) with high concentrations of heavy rare earth oxides (HREO 48%–64%).
  • Xenotime was confirmed as the dominant REE‑bearing mineral, indicating strong potential for critical HREEs such as dysprosium, terbium and lutetium.

Key Details

  • Sample Assay Results (TREO / Contained HREO / Nd / Pr):
  • CA050 – 3.73% TREO, 48% HREO, 17% Nd, ? Pr
  • CA052 – 1.81% TREO, 58% HREO, 14% Nd, ? Pr
  • CA049 – 1.67% TREO, 62% HREO, 13% Nd, ? Pr
  • CA053 – 1.41% TREO, 64% HREO, 12% Nd, ? Pr
  • CA051 – 1.00% TREO, 50% HREO, 16% Nd, ? Pr

  • Analytical Methodology: Samples examined by Scanning Electron Microscope (SEM) with Energy‑Dispersive Spectroscopy (EDS) and Electron Backscatter Diffraction (EBSD) at the Centre for Advanced Microscopy, Australian National University.

  • Mineralogy: Xenotime identified as the dominant REE‑bearing mineral, confirming heavy rare earth potential.

  • Geological Context: Samples originate from a mineralized shear zone within a mapped 5 km‑long structural trend hosted by Paleoproterozoic gneiss.

  • Strategic Significance: HREEs (Dy, Tb, Lu) are classified by U.S. agencies as critically undersupplied and essential for EV motors, wind turbines, defense systems, radar, advanced military electronics, and nuclear reactors.

  • Future Plans (per Lodestar): Continued exploration and drilling to delineate the extent of xenotime‑bearing zones; further metallurgical testing to assess extractability of HREEs.

  • Reference Materials:

  • Lodestar press release dated March 18 2026 (assay results & significance).
  • Globex option agreement for Virgin Mountain Rare Earth property announced September 29 2025.

Notable Quotes

“The identification of xenotime is significant as it contains a high proportion of high‑value HREEs… all three of which have been repeatedly identified by agencies in the USA as critically undersupplied.” – Jack Stoch, P.Geo., Executive Chairman & CEO, Globex Mining Enterprises Inc.


Materiality Assessment: Material – Positive (the disclosed assay results indicate a high‑grade rare earth resource with strategic metals that could materially affect the company’s valuation and development plans).

Read the original news release →

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