Key facts
| Company | NeoTech Metals Corp. (CSE: NTMC) |
|---|---|
| Location | British Columbia, Canada |
| Stage | Early exploration |
News releases4 on file
Neotech Metals Samples 3.26% TREO at Surface, Begins Summer Exploration Program at its British Columbia TREO Project
A grab sample (69233) from outcrop at the wholly-owned TREO rare earth project, 85 km northeast of Prince George, British Columbia, returned 3.26% TREO, with additional nearby samples returning anomalous values. Soil sampling, outcrop mapping and prospecting are now underway to verify and expand known zones of elevated REE values, targeting magnetic and radiometric trends from a 2010 survey. At th
Drill resultsNeotech Metals Begins Field Work on its Foothills Project, British Columbia
A summer field program has started on the 100% owned Foothills rare-earth project in British Columbia, comprising ground-based geophysics, rock and stream sediment sampling, and geochemical soil and biogeochemical sampling targeting anomalous British Columbia Geological Survey stream-sediment samples. Work with Anomalous Exploration Ltd will collect regional-scale samples for assay ahead of a mapp
Drill resultsNeotech Metals Finishes Surface Exploration Program at Thor, To Commence Field Program at Foothills Prospect
A field program at the wholly owned Thor Rare Earth Elements Project in Nevada's eastern Mojave Desert Region has been completed, with over 800 soil samples and 50 rock and chip samples collected over several weeks and now en route to the lab for analysis. A grassroots field program will begin at the newly staked Foothills project, 90 kilometers northeast of Kelowna, British Columbia, comprising n
Drill resultsNeotech Metals Stakes Strategic Foothills REE Prospect in Central British Columbia
Nine claims totalling 16,517 hectares have been staked as the Foothills REE prospect, located 95 km northeast of Kelowna in Central British Columbia, with year-round road access. The staking followed a January 2024 British Columbia Geological Survey publication using multi-element stream-sediment geochemical data that flagged the region, where rare-earth element concentrations exceed background le
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