Honey Badger Silver Reports Germanium Up to 316 ppm at Prairie Creek Silver-Zinc-Lead Project

Highlights

• Early University of Toronto assays returned up to 316 ppm germanium in the SMS zone at Prairie Creek, a silver-zinc-lead project in Canada's Northwest Territories.
• Germanium is a critical mineral used in fiber optics, infrared imaging, semiconductors, and solar tech—supply is constrained because it is typically recovered as a zinc-processing byproduct.
• The 316 ppm figure is an early-stage assay maximum, not a defined resource; distribution, tonnage, metallurgical recovery, and payability remain unproven.
• JDS Energy & Mining is preparing an updated mineral resource estimate and PEA targeted for Q3 2026, which may shed light on germanium's economic potential.
• China dominates refined germanium supply, making any Western byproduct germanium source strategically significant if economics can be demonstrated.

Honey Badger Silver (TSXV: TUF; OTCQB: HBEIF) has found a potentially strategic passenger inside its Prairie Creek silver-zinc-lead system (opens in a new tab): germanium. Early University of Toronto research returned whole-rock assays up to 316 ppm germanium in the Stratabound Massive Sulfide (SMS) zone of Honey Badger's recently acquired Northwest Territories project. Germanium is critical to fiber optics, infrared and thermal imaging, semiconductors, and high-efficiency solar technologies.

REEx Insight: A Byproduct Could Become the Strategic Product

Germanium exposes one of the West's nastier supply-chain problems: higher prices cannot easily summon new mines. Germanium is commonly recovered as a byproduct of zinc processing, so supply depends on the economics, metallurgy, and refining infrastructure of another commodity.

That makes Prairie Creek unusually interesting. It combines substantial zinc-rich mineralization with existing underground development, a mill, and active mine/access-road permits. If germanium proves broadly distributed, metallurgically recoverable, and payable, Honey Badger could potentially bolt a strategic critical-mineral revenue stream onto an already advanced polymetallic project.

That “if” is enormous.

316 ppm Is the Beginning, Not the Answer

The 316 ppm figure is an early-stage assay maximum—not a resource grade. The germanium-bearing SMS zone represents only about 10–15% of known Prairie Creek tonnage, and there is currently no germanium resource, reserve, recovery rate, or economic contribution established.

University of Toronto and Northwest Territories Geological Survey research is examining how germanium occurs in sphalerite and across the deposit. Meanwhile, JDS Energy & Mining is preparing an updated MRE and PEA targeted for Q3 2026. REEx view: the geology earns attention; the metallurgy must now earn the valuation.

Profile

Honey Badger Silver (TSXV: TUF; OTCQB: HBEIF) has identified germanium values of up to 316 ppm at its PC Silver Mine in Canada's Northwest Territories, with germanium appearing consistently associated with zinc-rich mineralization in the SMS zone; research with the University of Toronto and Northwest Territories Geological Survey remains underway. The finding is strategically interesting because germanium—used in fiber optics, infrared imaging, semiconductors, and solar technologies—is a critical mineral whose supply is constrained partly because it is generally recovered as a byproduct of zinc processing. The key investor caveat is that 316 ppm is an early high-grade assay result, not a defined germanium resource or demonstrated economic grade: Honey Badger still needs to establish distribution, tonnage, mineralogy, metallurgical recovery, and whether germanium can ultimately become a payable product.

In REEx terms, this is a strategically compelling signal, not yet a germanium business—but one worth watching given China's dominant position in refined germanium supply.