5-year Strategic Metals
The graphs below show the 5-year price movement of the 10 strategic metals private clients can purchase through us as tangible assets and investments.
These include rare earth elements Dysprosium, Neodymium, Praseodymium, and Terbium, as well as the in-demand technology metals Gallium, Germanium, Hafnium, Indium, Rhenium, and Tellurium.
Please contact us for a quote of the current buy and/or sell price of any of these strategic metals. The final price of a metal depends on many factors, such as batch size or purity. All charts therefore indicate the price development in relative size.
Rare Earth Elements Prices
If you are considering purchasing Dysprosium as a tangible asset then the one critical thing you need to know about Dysprosium is it is the booster for electric motors. It is highly adaptable and resilient and it is exceedingly magnetic. Dysprosium is also used as a shield for nuclear reactors because of its ability to still function at high temperatures. Dysprosium is used in energy-saving lamps, laser material, halogen lamps and glass. As far as industry is concerned Dysprosium is irreplaceable in many areas of application.
Most importantly with the coming explosion in sustainable energy, Dysprosium is a critical raw material in batteries needed for electric cars. Therefore it is one of our top recommendations as a purchase with fantastic profit and growth potential. A must-have in one’s portfolio of Rare Earths. Just imagine how many car manufacturers, old and new will have electric cars on the road by 2030
Quite a few of our Rare Earths are valued because they are highly magnetic however Neodynium is the stuff of Superpowers with its ability to permanently carry 1,300 times its weight. Repeat Neodynium can permanently carry 1,300 time its weight. Interesting fact the elevators in One Trade Center in New York use Neodynium magnets. In addition to that Neodynium is also used whenever you need strong magnets in small volume as in smartphones, microphones in other words critical to the ever-growing high tech industry. Did you know one iPhone uses 12 Strategic Metals as critical raw materials to its functionality?
How many aircraft are in the air right now? How many aircraft need Praseodynium in their engines to deliver peak performance? The answer is every single one. Praseodymium is used in alloys with magnesium to produce high strength metal for aircraft engines. There is also new and surging demand for this metal because it improves UV absorption so a needed component in eye protection, greening crystal glass, ceramic materials. It is widely believed that China will not be able to handle (supply is limited) this increase in demand which will create new suppliers and thus higher prices because of EU and US sustainable practices in production and supply.
The dark horse in our stable, the outsider, the black sheep is predicted by the Fraunhofer Institute for Systems and Innovation Research to be very limited in supply. We sell Terbium in its oxide form as this has two definite advantages. Every industrial usage of Rare Earths depends on oxides, always critical and always needed therefore effortless to liquidate. The second advantage is Rare Earths in their oxide form can be pretty much stored indefinitely. With the EU and US and other developing nations already talking of stockpiling for their reserves it makes perfect sense to own and store a Strategic Metal in high demand with a limited supply that is easily resold back to the market.
Technology Metals Prices
Here comes the heavy hitter, the All-Star, the Hall of Famer, Gallium is used in so many astonishing spheres of employment we could not list them all here, well we could but we don’t want to bore you. Just look at the historical pricing. The demand for Gallium is predicted to be six times its current production volume in 2025. The US and EU list Gallium as a critical resource which means it is of immense economic importance but finite availability. The current global production capacity is said to be exhausted however demand is surging, the Fraunhofer Institute predict that demand is currently six times higher than world production. This makes Gallium a must-have, top pick for any portfolio of Strategic Metals.
Germanium is one of the rarest metals on Earth, it is considered a semiconductor yet Germanium repeatedly amazes scientists. Traditionally and for a very long time, Germanium was the leading raw material in electronics however now it is inherent in fibre optics and is a critical and fundamental component of modern technology. In the territory of fibre optic cables, it is predicted that demand for Germanium will increase eightfold by 2030 which will lead to a serious increase in prices. Another must in one’s portfolio of Rare Earth Metals.
Not recently one of our top picks however Hafnium should not be written off for several reasons. The first being it is a buyers price right now. Hafnium is at it’s lowest price in 5 years. Our metals experts expect that with Hafnium’s increasing usage in maturing semiconductor technology demand is predicted significantly to increase in the coming years. The steady rise in demand for Hafnium for aircraft turbines is also bequeathing a positive outlook for this dark horse in your portfolio.
It is not widely known or acknowledged that we hold Indium in our hands daily in an increasing number of ways, notably touch screens. Indium is another of our Rare Earths that is listed as critical by the EU and US. The reason is Indium encompasses us in practically every phenomenon of contemporary life. Indium is in the computer monitor at work, the super flat TV screen in the living room, LCDs, mobile phone and increasingly used in nanotechnology and solar cell technology. The comprehensive development and enlargement of 5G technology and mobile networks are also inclined to play a considerable part.
This is the metal where we expect the maximum upsurge in prices and with good reason. Rhenium is unique in that it is very limited in supply it is rarer than gold or platinum and crucial in aircraft construction. It is the most preferred metal for high-temperature operations. Rhenium also plays a critical part in the production of rocket and aircraft engines. Rhenium is also playing an increasingly significant role in catalysts of petroleum refineries and the metals are the perfect cast for the production of thermal elements, incandescent wires in lamps as well as X-ray tubes.
What’s most appealing about Tellurium as a physical asset is its flexibility, it is multi-talented in that it is used in many industries from solar power to vulcanization. It is also a contradiction to scientists in that it is quite soft and brittles easily. It is of critical use in solar (thin-film solar cells). It will also be found in high sea cables, glasses needed for fibre optic conductors. Tellurium is essential and indispensable for many industries. In recognition of its divergent qualities and diversification of applicable industries, it deserves a place in any well-rounded portfolio of Rare Earth Metals.
* The final price of a rare earth element or technology metal depends on many factors, such as batch size or purity. All charts therefore indicate the price development of the strategic metals in relative size.