First Atlantic Nickel & Cobalt Reports Electron Microprobe Analysis Returning 77.62% Nickel and 1.69% Cobalt in Awaruite at the RPM Zone, Pipestone XL Project: a Rare, Naturally Magnetic (Ni-Fe-Co) High-Grade Alloy Mineralogically Capable of Bypassing Mid
First Atlantic’s microprobe numbers validate a smelter-free nickel future, but a $0.77 stock already prices in much of the awaruite promise.
On May 21 2026, First Atlantic Nickel & Cobalt announced electron microprobe results from SGS Canada on a master composite representing 96 m of drill core from the RPM Zone at its Pipestone XL project. The averaged composition of the awaruite (Ni‑Fe‑Co alloy) is 77.62% nickel and 1.69% cobalt, with peak values reaching 86.68% Ni and 6.05% Co. The analysis also confirmed 60.2% Cr₂O₃ chromite and 5.49% brucite (a CO₂‑capture mineral). About 77% of the liberated, non‑silicate nickel is hosted in awaruite, 13% in magnetite, and only 3.54% in heazlewoodite. The release underscores that awaruite is sulfur‑free and can be concentrated via magnetic separation and flotation, bypassing smelters, roasters, and acid leaching. A drill program is now active at the Alloy Max North and Alloy Max South zones, 7 km north of RPM.
The news is materially positive because it provides the first detailed mineralogical “fingerprint” of the awaruite itself, quantifying the exceptionally high nickel and non‑trivial cobalt content that makes a smelter‑free value proposition tangible. Peak grades of 86.68% Ni and 6.05% Co are eye‑catching, and the confirmation of chromite and brucite adds by‑product optionality that previous releases only hinted at. The data strongly reinforce the narrative that Pipestone XL can deliver a high‑grade magnetic concentrate suitable for direct refining.
However, the information is not a game‑changer given the company’s long‑running messaging about awaruite’s ~77% Ni content. Prior investor materials already cited ~77% Ni, and multiple DTR results since mid‑2025 have demonstrated magnetically recoverable nickel. Thus, the microprobe numbers are more of a validation than a revelation. Furthermore, the stock has already re‑rated significantly; it traded around $0.20–$0.25 in early March 2026 and spiked to $0.82 by late April. The advance was driven by the DIBC acceptance (Mar 31), the Alloy Max discovery (Mar 18), and the name change (Apr 27). Consequently, while the news is positive, the market appears to have priced in much of the awaruite‑processing advantage, and this release is an incremental confirmation rather than a re‑rating catalyst.
First Atlantic Nickel & Cobalt (TSXV:FAN, OTCQB:FANCF) is a junior explorer focused on awaruite – a naturally occurring nickel‑iron‑cobalt alloy – within the 30‑km‑long Pipestone Ophiolite Complex in Newfoundland, Canada. Its flagship Pipestone XL Nickel‑Cobalt Alloy Project contains several zones (RPM, Alloy Max, Super Gulp, Atlantic Lake, Chrome Pond) where disseminated awaruite is magnetically recovered using Davis Tube sampling and can be upgraded via flotation, eliminating the need for smelting. The company also holds the Lucky Mike copper‑silver‑tungsten project in BC (optioned to Core Critical Metals with a 20% carried interest) and the Ophiolite‑X land package in western Newfoundland, targeting geologic hydrogen, carbon capture, and additional awaruite.