| INVESTMENT IN PROGRESS |
TECHNICAL METALS
& RARE EARTHS

Expanding Your Investment Portfolio with Crisis-Proof Assets
Our partner specializing in technological metals and rare earth elements focuses on the international supply of high-quality technological metals and rare earths to the industry. Private clients can also acquire these strategic metals as tangible assets, with the added security of physical storage in a duty-free warehouse.
We are convinced that strategic metals are the asset class for anyone looking to diversify their portfolio with a future-oriented approach.
Why invest in technological metals?
Most companies cannot afford to hold large quantities of critical raw materials in stock. All of our products, including rare earths and technological metals, fall into this category. Therefore, it is crucial that deliveries can be made regularly and quickly.
This is only possible if the goods are already stored in Europe – and not shipped from the country of origin for every order. By purchasing tangible assets, you are directly contributing to a higher level of supply security for German and European industries.



Benefit from Progress
Electric mobility, renewable energy, fast internet with fiber optics – technological progress is advancing by leaps and bounds. Take advantage of it by purchasing strategic metals as tangible assets. Unlike savings accounts or stocks, these are inflation- and crisis-proof.
High-Security Duty-Free Storage for Strategic Raw Materials
These raw materials are stored with an exceptional security standard. Both industrial companies and private clients make use of this opportunity. The duty-free stored materials are protected by two-meter-thick concrete walls, a steel door weighing several tons, and a sophisticated electronic security system.
Rare Earth Elements
The term "rare earths" comes from the history of these metals and the early days of their extraction.
In the past, it was assumed that the metals in this group were very rare. However, today we know that some of these raw materials are not rare. For example, cerium is as common as copper or nickel. Rare earths were once only extracted as oxides from specific minerals. The term "earths" is the older term for oxides. There are 17 rare earths, and they always occur together, never alone.
Rare earths are divided into light and heavy rare earths. A full 95% of the occurrence of rare earths consists of the four light rare earths. The share for the 13 heavy rare earths—dysprosium, erbium, europium, gadolinium, holmium, lutetium, promethium, samarium, scandium, terbium, thulium, ytterbium, and yttrium—accounts for less than 5%. The occurrence of rare earths is concentrated in China, Brazil, Vietnam, Russia, India, and Australia.
The largest mining operations are located in Bayan Obo in China (about 50% of China's production), Mount Weld in Australia, and Mountain Pass in California. Rare earths are mainly extracted in China, as well as Malaysia and Thailand.
All products with us are physically present and, upon request, stored in duty-free warehouses and are the property of our clients.

INDIUM
| THE HEAVYWEIGHT |
Indium is versatile, but its use is limited due to its rarity and high price. It is an essential material in photovoltaics and is increasingly used in the production of solar modules.
01 Annual Production Volume
990 tons
02 Area of Use
Thin-film technology, dental and jewelry industries
03 Interesting Facts
The most important application is in thin-film technology, where indium tin oxide (ITO) is used for conductive coating of surfaces. These are found in many everyday items such as smartphones, monitors, laptops, and televisions.

GALLIUM
| THE BASIS OF THE MICROCHIP |
Due to its unique properties, gallium is indispensable in the semiconductor industry for the production of high-performance microchips.
01 Annual Production Volume
610 tons
02 Area of Use
Solar industry, alloys
03 Interesting Facts
An important application is optoelectronics, where gallium is used in the production of LEDs, light-emitting diodes, and laser diodes. Additionally, the industry uses it for thin-film transistors based on IGZO (indium, gallium, and zinc oxide), which are increasingly replacing amorphous silicon as the coating material for LCD screens. In the form of a gallium-indium-tin eutectic, it is used as a mercury replacement in thermometers.

GERMANIUM
| FOR BRIGHT MOMENTS |
Germanium is one of the most important raw materials for the production of fiber optic cables.
01 Annual Production Volume
140 tons
02 Area of Use
Fiber optic cables, plastics industry, nuclear medicine
03 Interesting Facts
As an optical fiber, germanium plays a key role in the global expansion of fiber optic networks as well as the 5G mobile network. Another important application is infrared optics, where crystalline germanium is processed into infrared-transparent glasses and lenses. Specific applications include night vision devices and thermal imaging cameras.

RHENIUM
| HIGH TEMPERATURE INVESTMENT |
Rhenium is used in superalloys based on nickel or in combination with molybdenum and tungsten in rocket and aircraft engines as well as stationary gas turbines. Additionally, it is used as a catalyst in the chemical and petrochemical industries.
01 Annual Production Volume
60 tons
02 Area of Use
Alloys, catalysts
03 Interesting Facts
It is also processed into technical spray powders for corrosion-resistant coatings. As a perfect metal for high-temperature applications, rhenium is very important for the production of lead-free gasoline and thermocouples.

HAFNIUM
| INTO SPACE |
Historically, hafnium has been used in nuclear power plants (control rods).
01 Annual Production Volume
70 tons
02 Area of Use
Alloys, nuclear technology
03 Interesting Facts
The dominant application for this metal, however, is in so-called superalloys in combination with niobium, tantalum, molybdenum, and tungsten. These particularly stable, high-melting, and heat-resistant materials are used in the aerospace industry and for the production of gas turbines. In addition, hafnium is used in semiconductor technology (computer chips) and high-frequency technology.

TERBIUM OXIDE
| THE GREEN EARTH |
Due to its highly magnetizing, phosphorescent properties, terbium offers a wide range of applications. For example, when combined with zirconium oxide, terbium plays a significant role in fuel cell technology.
01 Annual Production Volume
320 tons
02 Area of Use
Fuel cell technology, phosphors
03 Interesting Facts
In addition to dysprosium, neodymium, and europium, terbium is used to increase coercive field strength. It is also used in phosphors to produce green color effects. In dentistry, it is employed in the production of all-ceramic systems.

DYSPROSIUM OXIDE
| EARTH FOR THE NUCLEAR REACTOR |
Dysprosium is an important component of permanent magnets (Nd-Fe-B magnets), which are needed for wind turbines, electronic devices, and various small motors in the automotive sector.
01 Annual Production Volume
Less than 100 tons
02 Area of Use
Alloys, special magnets, nuclear technology
03 Interesting Facts
As part of the raw material demand for the energy transition, this rare earth metal will continue to grow in importance in the long term. Dysprosium is also used as a dopant in phosphors, such as halogen lamps. Alloys with this rare earth element, particularly in combination with lead, are used as shielding material in nuclear reactors.