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Noble Portfolio - Invest Individually and Future-Oriented

A successful investment in technology metals and rare earths requires expertise and experience. The people behind Noble BC have extensive experience in trading critical raw materials and will work with you to create your personalized portfolio. With a minimum order value of 10,000 euros, you will receive a mix of technology metals and rare earths that are currently in high demand by the industry. Noble BC does not follow short-term trends but observes the market over an extended period.

Noble Portfolio is an investment in the future. By investing in neodymium oxide, you participate in permanent magnets for wind turbines; your indium is used in water filters, and with gallium, you acquire a component for producing “green” hydrogen. Investing in the world of tomorrow means investing in growth, which often leads to good returns.

Technoclogy Metals and Rare Earths

Hafnium - for Space and Health

Hafnium is often used in heat-resistant alloys. In addition to its application in aerospace, it also has other uses, such as in the medical field.

For more information, see the factsheet.

Germanium - Empowering "Smart" Cars

Applied thinly on glass, indium conducts electricity while remaining nearly invisible. This makes it indispensable in the production of touchscreens.

For more information, see the factsheet.

Gallium - The Essence of "Green" Technologies

Whether in solar cells, the production of “green” hydrogen, or in batteries and magnets, the easily liquefiable gallium is always present.

For more information, see the factsheet.

Rhenium - A "Hot" Element

With a melting point of 3,182 degrees Celsius, rhenium is ideal for use in aircraft turbines and gas liquefaction. Its occurrence in the Earth’s crust is rarer than gold.

For more information, see the factsheet.

Neodymium Oxide - Core Substance of the Strongest Magnets

This lightweight rare earth was our price performance champion in 2021, mainly due to its use in the permanent magnets of wind turbines.

For more information, see the factsheet.

Scandium Oxide - A Newcomer in the Spotlight

Hard and lightweight – these are the qualities desired in alloys for both bicycle and aircraft construction. Scandium oxide is used here, as well as in floodlights in stadiums.

For more information, see the factsheet.

Terbium Oxide - A Malleable Assistant

This soft, malleable rare earth metal was first discovered in Ytterby. Terbium oxide is used in semiconductors and as a protection against demagnetization in magnets.

For more information, see the factsheet.

Dysprosium Oxide - Brilliant and Attractive

This silvery shiny rare earth increases the magnet’s attraction. Moreover, it is a component in many alloys, such as in the cladding of nuclear reactors.

For more information, see the factsheet.

Gadolinium Oxide - Making the Invisible Visible

Injected gadolinium compounds are used as contrast agents in magnetic resonance imaging. Gadolinium oxide is also found in X-ray machines.

For more information, see the factsheet.

Hafnium - for Space and Health

Hafnium is often used in heat-resistant alloys. In addition to its application in aerospace, it also has other uses, such as in the medical field.

For more information, see the factsheet.

Germanium - Empowering "Smart" Cars

Applied thinly on glass, indium conducts electricity while remaining nearly invisible. This makes it indispensable in the production of touchscreens.

For more information, see the factsheet.

Gallium - The Essence of "Green" Technologies

Whether in solar cells, the production of “green” hydrogen, or in batteries and magnets, the easily liquefiable gallium is always present.

For more information, see the factsheet.

Rhenium - A "Hot" Element

With a melting point of 3,182 degrees Celsius, rhenium is ideal for use in aircraft turbines and gas liquefaction. Its occurrence in the Earth’s crust is rarer than gold.

For more information, see the factsheet.

Neodymium Oxide - Core Substance of the Strongest Magnets

This lightweight rare earth was our price performance champion in 2021, mainly due to its use in the permanent magnets of wind turbines.

For more information, see the factsheet.

Scandium Oxide - A Newcomer in the Spotlight

Hard and lightweight – these are the qualities desired in alloys for both bicycle and aircraft construction. Scandium oxide is used here, as well as in floodlights in stadiums.

For more information, see the factsheet.

Terbium Oxide - A Malleable Assistant

This soft, malleable rare earth metal was first discovered in Ytterby. Terbium oxide is used in semiconductors and as a protection against demagnetization in magnets.

For more information, see the factsheet.

Dysprosium Oxide - Brilliant and Attractive

This silvery shiny rare earth increases the magnet’s attraction. Moreover, it is a component in many alloys, such as in the cladding of nuclear reactors.

For more information, see the factsheet.

Gadolinium Oxide - Making the Invisible Visible

Injected gadolinium compounds are used as contrast agents in magnetic resonance imaging. Gadolinium oxide is also found in X-ray machines.

For more information, see the factsheet.

Hafnium - for Space and Health

Hafnium is often used in heat-resistant alloys. In addition to its application in aerospace, it also has other uses, such as in the medical field.

For more information, see the factsheet.

Germanium - Empowering "Smart" Cars

Applied thinly on glass, indium conducts electricity while remaining nearly invisible. This makes it indispensable in the production of touchscreens.

For more information, see the factsheet.

Gallium - The Essence of "Green" Technologies

Whether in solar cells, the production of “green” hydrogen, or in batteries and magnets, the easily liquefiable gallium is always present.

For more information, see the factsheet.

Rhenium - A "Hot" Element

With a melting point of 3,182 degrees Celsius, rhenium is ideal for use in aircraft turbines and gas liquefaction. Its occurrence in the Earth’s crust is rarer than gold.

For more information, see the factsheet.

Neodymium Oxide - Core Substance of the Strongest Magnets

This lightweight rare earth was our price performance champion in 2021, mainly due to its use in the permanent magnets of wind turbines.

For more information, see the factsheet.

Scandium Oxide - A Newcomer in the Spotlight

Hard and lightweight – these are the qualities desired in alloys for both bicycle and aircraft construction. Scandium oxide is used here, as well as in floodlights in stadiums.

For more information, see the factsheet.

Terbium Oxide - A Malleable Assistant

This soft, malleable rare earth metal was first discovered in Ytterby. Terbium oxide is used in semiconductors and as a protection against demagnetization in magnets.

For more information, see the factsheet.

Dysprosium Oxide - Brilliant and Attractive

This silvery shiny rare earth increases the magnet’s attraction. Moreover, it is a component in many alloys, such as in the cladding of nuclear reactors.

For more information, see the factsheet.

Gadolinium Oxide - Making the Invisible Visible

Injected gadolinium compounds are used as contrast agents in magnetic resonance imaging. Gadolinium oxide is also found in X-ray machines.

For more information, see the factsheet.

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