Powering the Next Generation of Global Innovation

IMC Rare Earths is developing the Itarantim Project in Brazil, set to become one of the largest high-grade Dysprosium and Terbium (Dy/Tb) resources outside China and Myanmar, and a credible new source of the heavy magnet metals the West is racing to secure.

Sunset over the Brazilian hills of IMC Rare Earths' Itarantim Project

About IMC Rare Earths, Ltd.

IMC Rare Earths Ltd (IMC) is advancing what is expected to become one of the largest high-grade Dysprosium and Terbium resources outside China and Myanmar, positioning the company at the center of a structurally supply-constrained market for the heavy rare earths that make high-performance magnets work.

Our focus is squarely on Western and allied supply. As governments and industry accelerate efforts to diversify critical-mineral sourcing away from a single dominant region, IMC aims to become a reliable, transparent supplier within an emerging U.S.-aligned rare earth ecosystem, giving investors differentiated exposure to a strategically significant asset.

Why IMC Is Different

A Tier‑1 Asset in Mining‑Friendly Brazil

Brazil is an established, mining-friendly jurisdiction with real infrastructure and a transparent permitting framework. Building a large, high-grade resource here gives IMC a strategic advantage, meaningful scale and grade in a stable location, positioned to help reduce global reliance on a single dominant source of supply.

Golden valley and mountains in Brazil, representing IMC's Tier-1 asset in a mining-friendly jurisdiction

Why Consider IMC Rare Earths

What sets the opportunity apart — framed around the asset, the market and the moment.

Heavy rare earth exposure

Direct leverage to Dysprosium and Terbium — among the most supply‑constrained, highest‑value rare earths, and critical to EV motors, wind turbines and defense systems.

A genuine supply bottleneck

The focus is the “magnet metals” that have no scalable substitutes, one of the tightest links in the energy‑transition supply chain.

Deposit‑driven cost potential

Ionic Adsorption Clay (IAC) mineralization is a deposit type that can enable simpler, lower-energy extraction than hard‑rock projects, a potential structural cost advantage.

A lower‑impact development model

Shallow, free-dig clay mineralization supports a small footprint and reduced chemical intensity relative to hard‑rock alternatives, characteristics increasingly valued by institutional capital.

Scale with room to grow

A 1.1 Bt Inferred Resource defined from only part of the land package, with an exploration target of 1.5 Bt that the company aims to test.

High‑value composition

Solid TREO grades complemented by a strong Magnet Rare Earth Oxides (MREO) weighting, concentrating value in the elements customers most need.

A strategic jurisdiction

Brazil offers stability, infrastructure and a credible Western‑aligned alternative to concentrated supply.

Geopolitical relevance

Positioned to support supply‑chain diversification and to attract strategic partners across the automotive, industrial and defense sectors.

A clear catalyst path

A listing at NYSE marks IMC’s transition toward a development‑stage company, with potential near‑term value drivers including resource growth, study advancement and offtake discussions.

Supply‑chain relevance

Well‑positioned to become part of the diversified rare earth supply chains that Western and allied markets are working to build, supporting long‑term strategic demand.