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Terra Critical Minerals Strikes Silver at Mole River, Unveils High-Grade Polymetallics

Terra's Mole River project yields high-grade silver and valuable polymetallics. The discovery could significantly boost the supply of critical minerals for modern technology.

The picture consists of gravel stones, bird's, net, trunk and rocks.
The picture consists of gravel stones, bird's, net, trunk and rocks.

Terra Critical Minerals Strikes Silver at Mole River, Unveils High-Grade Polymetallics

Terra Critical Minerals has made a significant discovery at its Mole River project in New South Wales. The company has found widespread high-grade silver mineralisation across the 93 km2 area, with 25 samples exceeding 100 g/t silver, peaking at 552 g/t. Notably, the mineralisation also includes valuable polymetallic components such as antimony, lead, and indium, with significant indium values up to 310 g/t.

The Mole River project spans multiple prospects with consistent NNE-trending structures, indicating predictable exploration targets and potentially a significant resource base. Terra's discovery builds on historical exploration data from reputable companies, providing a strong foundation for the project's exploration efforts.

The project's strategic location adjacent to established mineral deposits and exploration areas in a proven geological setting further enhances its prospects. The company is now planning further review of historical datasets and additional exploration work, including drilling to test mineralisation depth and continuity.

Indium, one of the key minerals discovered, plays a crucial role in modern technology manufacturing. It is primarily used in flat-panel displays, specialized alloys, and certain types of solar panels. The strategic importance of indium can significantly influence the economic viability of projects like Terra Critical Minerals' Mole River Project.

Terra Critical Minerals' high-grade polymetallic signatures and strategic location at the Mole River project present a compelling investment opportunity in the critical minerals space. With its promising silver mineralisation and valuable polymetallic components, the project has the potential to contribute significantly to the supply of critical minerals, given the increasing demand driven by technological advancements.

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