What Is Going On With Rare Earths Going Into Next Year?

Smartphones, laptops, wind turbines, electric cars, and medical devices — you name it.

They’re also widely used in defense technology, like jets and guided missile systems.

Neodymium, dysprosium, praseodymium, and terbium, for example, are all used in high-strength permanent magnets. They are used in virtually every modern vehicle and aircraft, and they improve efficiency and reduce size and weight.

The guidance systems used by missiles and smart bombs rely on the fluorescent properties of terbium, europium, and yttrium oxides.

Display systems, optical systems, and night vision all rely on glass containing or prepared with rare earth elements (REEs) such as cerium and lanthanum. And high-tensile strength ceramics and next-generation armor plating require yttrium, ytterbium, and scandium.

The smartphone in your pocket?

It contains as many as 11 rare earth metals; there are 17 in all, but some people quibble over semantics and definitions. The numbers might be a bit confusing depending on interpretation, but the rapidly rising demand is not.

Obviously, the demand for these technologies is on the rise. And so, too, is the demand for rare earth metals.

There’s just one problem.

China has a monopoly on rare earth production and refinement. The country controls 95% of rare earth production, giving it enormous leverage in the market.

Such dominance has created a volatile market — one that China can manipulate at will.

Let’s take a look at what rare earth metals truly are and how this unique market will pan out in 2021.

17 of These Things Are Not Like the Others

We’re not going to do a full-blown chemistry lesson here, but there are some concepts that are important to know.

First up, here are the 17 rare earth elements on a periodic table. The only thing to remember is that as you move between positions in the periodic table, you find different properties. Elements in different rows and columns have shared properties, some bind better with other elements, and the demand for elements is purely driven by their usefulness in very specific ways.

Here is a look at them:

Each of the 17 rare earth elements highlighted above is unique in its own ways. Some are far more useful than others.

You’ve probably also heard that rare earth metals are not really rare. That is both true and wildly incorrect. They are, on paper, not really rare at all, but in practice they’re a nightmare to collect.

There are tons of these 17 elements scattered throughout the ground. Their rarity is based on extremely low ore grades. In other words, there are no juicy, thick veins of these underground like there are for some other commodities and elements, like coal or gold.

As such, you have to move a lot of dirt to even get access to trace amounts. It is doubly hard because of the processes involved. It takes a lot of really nasty chemical catalysts to sort through all the fodder, and there isn’t any good way to make the whole process efficient and clean.

We’ll get to the implications of this in a bit.

For now it’s just good to know that some of these are not like the others, though they get lumped together. Some will never be more than a byproduct of companies hunting for some of the other rare earth elements.

Those byproducts just get dumped on the market, and that will probably never change.

For example, no one is scrambling to secure a supply of yttrium oxide. That’ll probably never move past $3 per kilogram. Gadolinium oxide, though? $160,000 per kilogram looks reasonable in the near term.

Of the 17 rare earth elements, seven consistently trade above $1,000 per kilogram. Three are trading above the six-digit range. Gadolinium oxide is just a moonshot for mining operations. The two next-best rare earth elements to collect — praseodymium oxide and neodymium oxide — are worth roughly around $50,000 per kilogram.

The only thing that really binds the whole group of 17 rare earth elements together as a group are some basic properties and the nature of the refining process to get a chunk of them worth selling, and it’s a not a pretty one.

China’s Stranglehold

In 1992, the Chinese president, Deng Xiaoping, was famously quoted saying that “the Middle East has oil; China has rare earths.”

Since then, the country has sought to systematically bring the world’s rare earth sector under its umbrella of state-owned companies.

In 1995, China bought Magnequench, the largest American rare earth magnet company, which was based in Indiana. In doing this, China took control of the most important portfolio of rare earth patents in the world.

In 2010, China tightened its export quotas, shrinking supplies to the rest of the world. And China also imposed duties of 15–25% on its rare earth products.

Prices for rare earth metals (and their corresponding stocks) shot through the roof as a result.

That alone was problem enough. But this was also a matter of national security. Rare earth metals are an integral part of cutting-edge civilian and military technology. The F-35 fighter jet, for example, contains nearly a half ton of rare earth metals.

As tensions cooled, China relaxed its regulations and rare earth prices crashed back down. This devastated rare earth companies outside of China.

The biggest example of that is what happened to Molycorp.

Once America’s top rare earth producer, the company ran up $1.7 billion of debt when China restricted rare earth supplies in 2010.

But it was unable to service that debt when prices crashed back down. Molycorp filed for Chapter 11 bankruptcy protection in 2015 and now focuses on refining rare earth metals, as opposed to mining them.

What happened with Molycorp is a prime example of what can go wrong for rare earth metal companies. China demonstrated its capacity and willingness to make sure its hegemony can and will be maintained.

There is some room for opportunities in the rare earth element sector outside of China, but it isn’t clear-cut.

For one thing, governments — including the United States government — seem to have learned that China is less than reliable as a partner.

As a result, governments have issued directives to prioritize domestic rare earth production.

The U.S., EU and other countries have expressed a profound interest in securing their own production. However, it will not be at market rates. A premium will be paid for basic economic scaling and the costs of production.

The biggest risk for that cost of production? Pollution. Rare earth mines and refineries spew out huge amounts of toxic chemicals that are incredibly expensive to sequester and dispose of, especially when it comes to surface water and groundwater contamination.

This strategic concern has opened up new opportunities for investors, who can now reenter the rare earth segment at the ground floor, but they have to assume that a premium will be paid for the supply from Western sources that are far more concerned about the environmental cost of REE production, and that introduces government intervention through tariffs and socialized business investment.

The $8 Stock Behind This 5G Lynchpin

Do you see that tiny module pictured above, next to the quarter?

That tiny module is what makes the entire 5G rollout possible. Without it, the 5G revolution wouldn’t be a reality.

And the little $8 company that makes these tiny chips could skyrocket after January 31.

Why?

You see, these tiny pieces of technology are part of a government-mandated program I’m calling 5G Volta.

This government-mandated program is projected to be worth as much as $1.5 trillion! This is the biggest 5G opportunity that no one is talking about.

Once this program begins rolling out at the beginning of 2021, early investors are going to reap the benefits.

I’m talking about possibly turning every $1,500 invested into $120,135.

I’ve put together all of my research about this government-mandated program and the $8 stock into a report that I want to share with you right now.

Click here to get your free report now!