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rare.earth · Critical Materials Technology Platform

From ore to final products in rare earths, rare metals and advanced materials

rare.earth is a technology and project-development platform for critical materials. Our team can consult, structure and help implement projects on the customer side — from ore analysis, beneficiation and SX separation to magnets, scintillation crystals, titanium pigment, semiconductor materials, refractory metals, tantalum, niobium, scandium, hafnium, gallium, indium, tellurium, selenium and high-purity germanium.

Ore → SX → Oxides Magnets & crystals Semiconductor materials Rare / refractory / scattered metals
Send Request Explore Technologies
The technologies and products listed on this page are only a part of what our team can advise on and help implement for customers. The first step is always a request form, followed by an NDA and an introductory technical video call.

Technology starts with the material

Ore, impurities, phase composition, target product, market requirements and scale-up path define the industrial route.

Products · Applications · Material Photos

Rare earth, rare metals and critical materials: technologies, applications and products

Below is not a complete catalogue. It is a structured representation of selected directions where the team can consult and help implement projects on the customer side.

Ore & REE

REE ores, thorium and uranium removal

Processing routes for monazite, bastnaesite, xenotime, ion-adsorption clays and complex concentrates with controlled Th/U removal.

Application: safe rare earth processing, concentrate upgrading, downstream oxide production.
SX Separation

Light and heavy rare earth separation

Solvent extraction routes for LREE/HREE group separation and individual product purification.

Application: NdPr, Dy, Tb, Y, Gd and other individual REE product chains.
Magnets

NdFeB magnets and Dy/Tb high-grade magnet routes

Technology chain from rare earth oxides and metals to magnet materials, with Dy/Tb routes for high-performance and high-temperature grades.

Application: EV motors, wind turbines, defense systems, industrial drives.
Crystals

LYSO and YAG crystals

Consulting and project structuring for crystal-growth routes, raw material purity, production logic and quality requirements.

Application: scintillation detectors, medical imaging, lasers, optics, advanced photonics.
Semiconductors

Organometallics, Ga, In, Ge, HfCl₄

High-purity gallium, indium, ultra-high-purity germanium, organometallic precursors and hafnium tetrachloride for semiconductor applications.

Application: compound semiconductors, memory, epitaxy, IR optics, electronics.
Titanium

Titanium pigment technology

Technology route for titanium pigment production, including feedstock logic, TiCl₄ chemistry, oxidation, finishing and process integration.

Application: TiO₂ pigment, coatings, plastics, industrial materials.
Scandium

Scandium oxide, scandium metal and targets

Sc₂O₃, metallic scandium and scandium sputtering targets for advanced alloys, electronics and specialized material applications.

Application: Al-Sc alloys, aerospace, solid oxide systems, sputtering targets.
Refractory

Tungsten and molybdenum master alloys

Technology support for tungsten, molybdenum and master alloy routes, including raw material preparation and metallurgy.

Application: high-temperature systems, aerospace, defense, metallurgy, tooling.
Ta · Nb · Hf

Tantalum, niobium and hafnium products

Tantalum capacitor-grade materials and products, niobium metal, metallic hafnium and hafnium-based chemical intermediates.

Application: capacitors, superalloys, nuclear materials, memory, electronics, advanced metallurgy.
Engagement Workflow

How interaction starts

01 · Request form

The customer submits feedstock, target product, available analytics, country, scale, timeline and project objective.

02 · NDA

After the initial request, an NDA is sent so technical, commercial and geological information can be discussed safely.

03 · Video call

The first video call introduces the customer to the project team and defines the first technical path.

×

Request Technology Consultation

Submit your request. NDA will be sent after initial contact. After signing, we arrange a video call with the project team.

For production WordPress setup, connect this form to Elementor Forms / Fluent Forms + SMTP + NDA autoresponder.
rare.earth · Critical Materials Technology Platform

From ore to final products in rare earths, rare metals and advanced materials

rare.earth is a technology and project-development platform for critical materials. Our team can consult, structure and help implement projects on the customer side — from ore analysis, beneficiation and SX separation to magnets, scintillation crystals, titanium pigment, semiconductor materials, refractory metals, tantalum, niobium, scandium, hafnium, gallium, indium, tellurium, selenium and high-purity germanium.

Ore → SX → Oxides Magnets & crystals Semiconductor materials Rare / refractory / scattered metals
Send Request Explore Technologies
The technologies and products listed on this page are only a part of what our team can advise on and help implement for customers. The first step is always a request form, followed by an NDA and an introductory technical video call.

Technology starts with the material

Ore, impurities, phase composition, target product, market requirements and scale-up path define the industrial route.

Products · Applications · Material Photos

Rare earth, rare metals and critical materials: technologies, applications and products

Below is not a complete catalogue. It is a structured representation of selected directions where the team can consult and help implement projects on the customer side.

Ore & REE

REE ores, thorium and uranium removal

Processing routes for monazite, bastnaesite, xenotime, ion-adsorption clays and complex concentrates with controlled Th/U removal.

Application: safe rare earth processing, concentrate upgrading, downstream oxide production.
SX Separation

Light and heavy rare earth separation

Solvent extraction routes for LREE/HREE group separation and individual product purification.

Application: NdPr, Dy, Tb, Y, Gd and other individual REE product chains.
Magnets

NdFeB magnets and Dy/Tb high-grade magnet routes

Technology chain from rare earth oxides and metals to magnet materials, with Dy/Tb routes for high-performance and high-temperature grades.

Application: EV motors, wind turbines, defense systems, industrial drives.
Crystals

LYSO and YAG crystals

Consulting and project structuring for crystal-growth routes, raw material purity, production logic and quality requirements.

Application: scintillation detectors, medical imaging, lasers, optics, advanced photonics.
Semiconductors

Organometallics, Ga, In, Ge, HfCl₄

High-purity gallium, indium, ultra-high-purity germanium, organometallic precursors and hafnium tetrachloride for semiconductor applications.

Application: compound semiconductors, memory, epitaxy, IR optics, electronics.
Titanium

Titanium pigment technology

Technology route for titanium pigment production, including feedstock logic, TiCl₄ chemistry, oxidation, finishing and process integration.

Application: TiO₂ pigment, coatings, plastics, industrial materials.
Scandium

Scandium oxide, scandium metal and targets

Sc₂O₃, metallic scandium and scandium sputtering targets for advanced alloys, electronics and specialized material applications.

Application: Al-Sc alloys, aerospace, solid oxide systems, sputtering targets.
Refractory

Tungsten and molybdenum master alloys

Technology support for tungsten, molybdenum and master alloy routes, including raw material preparation and metallurgy.

Application: high-temperature systems, aerospace, defense, metallurgy, tooling.
Ta · Nb · Hf

Tantalum, niobium and hafnium products

Tantalum capacitor-grade materials and products, niobium metal, metallic hafnium and hafnium-based chemical intermediates.

Application: capacitors, superalloys, nuclear materials, memory, electronics, advanced metallurgy.
Engagement Workflow

How interaction starts

01 · Request form

The customer submits feedstock, target product, available analytics, country, scale, timeline and project objective.

02 · NDA

After the initial request, an NDA is sent so technical, commercial and geological information can be discussed safely.

03 · Video call

The first video call introduces the customer to the project team and defines the first technical path.

×

Request Technology Consultation

Submit your request. NDA will be sent after initial contact. After signing, we arrange a video call with the project team.

For production WordPress setup, connect this form to Elementor Forms / Fluent Forms + SMTP + NDA autoresponder.
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