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MaterialsSeedCampbell, CAVerified

Radify Metals

Clean, scalable metalmaking — on-site rare-earth production anywhere on Earth.

MaterialsMiningDefense
What they build

The product

Plasma-based reactors that use heated hydrogen plasma to strip oxygen from metal oxides, producing pure rare-earth metals like dysprosium and samarium without the pollution of conventional heat- or water-based refining. Operating from a Campbell, CA lab with a five-person team aiming to produce kilograms of pure metal per day.

Why it matters

The thesis

Targets the 'missing middle' of the rare-earth supply chain — converting metal oxides to pure metals — a step almost entirely dominated by China and a critical bottleneck for U.S. defense, EV, and clean-energy manufacturing. Domestic, lower-pollution metallization at competitive cost is one of the highest-leverage reindustrialization wedges.

Operating model

How it runs

Develops modular, element-agnostic hydrogen-plasma reactors to reduce metal oxides directly into metal, with units designed for deployment near extraction or manufacturing sites.

Revenue model

How it earns

Appears positioned to earn B2B revenue primarily through sales of high-purity metals produced from metal oxides, beginning with rare-earth and critical-mineral products. This is inferred from Radify’s provider positioning and production roadmap; pricing, offtake terms, and any reactor sales or licensing model are not publicly disclosed.

Strategic edge

Why it wins

A simpler metallization route with fewer steps and inputs, modular scale, digitally instrumented controls, water as the main byproduct, and the ability to switch metals through operating parameters.

Source material

Evidence ledger

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