WHAT IS THE NECHALACHO BASAL Zone?

18 Elements of Economic Interest.
100% Owned By Magmic.

Minerals critical to our defense, energy, and advanced technology supply chains.

Terbium

See Uses
Magnet Rare Earth

Improves high temperature performance in permanent magnets used in EVs, wind turbines, and defense technologies.

Dysprosium

See Uses
Magnet Rare Earth

Provides heat resistance and magnetic strength in high performance motors and advanced defense applications.

Praseodymium

See Uses
Magnet Rare Earth

Key component in NdPr permanent magnets used in EV motors, wind turbines, and industrial automation.

Neodymium

See Uses
Magnet Rare Earth

Critical input for powerful permanent magnets used in electric vehicles, wind turbines, robotics, and electronics.

Samarium

See Uses
Light Earth

Used in samarium-cobalt magnets that maintain magnetic strength at high temperatures and under radiation

Gadolinium

See Uses
Heavy Rare Earth

Strong neutron absorption and magnetic properties improve sensing, imaging, and detection systems

Holmium

See Uses
Heavy Rare Earth

Extremely high magnetic moment supports niche laser and magnetic control applications

Lanthanum

See Uses
Light Earth

Improves optical glass refractive index and thermal stability, enabling sharper low-light and infrared imaging

Cerium

See Uses
Light Earth

Used as a polishing compound for high-precision lenses and as a catalyst to reduce emissions and thermal signatures

Lutetium

See Uses
Heavy Rare Earth

High density and stability make it ideal for scintillation detectors and nuclear security sensing

Europium

See Uses
Heavy Rare Earth

Phosphor material producing red and blue light for high-contrast, low-light military displays and sensors

Yttrium

See Uses
Heavy Rare Earth

Stabilizes advanced ceramics and forms laser crystals used in targeting and directed-energy systems

Erbium

See Uses
Heavy Rare Earth

Used in fiber-optic signal amplification and eye-safe laser systems

Thulium

See Uses
Heavy Rare Earth

Enables lightweight radiation sources and compact battlefield imaging systems

Ytterbium

See Uses
Heavy Rare Earth

Used in highly efficient fiber lasers for precision targeting and directed-energy applications

Transition Metals

See Uses
Niobium, tantalum, zirconium
Essential for advanced defence technologies while also supporting aerospace, electronics, and nuclear energy applications.