Graphene Is Safe To Inhale? What This Really Means

Dear Reader,

Graphene has officially entered its golden era. 

No, I’m not talking about a period of increased hype and lofty expectations — we’ve already been living in that for the last decade. 

I’m talking about the moment in time when the promises start to line up with reality. 

Google ‘graphene’ news right now and you’ll see articles about graphene being used to revolutionize computer chip design — a sector which recently has been seeing more and more problems arising from constantly increasing circuit density.

You'll see articles about how it’s safe to be inhaled by humans — indicating that medical applications are right around the corner.

You'll even read about how quantum computing, this week’s big news in tech thanks to breakthroughs made by Google, may require graphene to be practical on a mass scale. 

These aren’t the space elevators, inflatable wings and bulletproof t-shirts that made graphene famous initially, but, rather, realistic, viable applications which tech companies are already trying to integrate into widely-used, essential technologies. 

Every Industry Should Be Watching… But One Is Already Starting To Change Forever

One of the biggest potential improvements graphene offers is in the design of rechargeable batteries, and this too has seen no shortage of press over the last several months. 

There are ‘graphene batteries’ on the market today, but sadly, that’s one area where the hype continues to outweigh the reality. 

Today’s graphene batteries are, indeed, batteries constructed with minute quantities of graphene. 

Unfortunately, the material, which is 200 time stronger than steel and so light that an acre of its weight is just a couple grams, isn’t incorporated into currently available batteries in a way that improves performance. 

Graphene, aside from being extremely strong, is also the best heat conductor known to man. 

Therefore, traditional lithium-ion batteries can and do benefit from graphene when it’s incorporated into things like casings or heat-sinks. 

So far, however, nobody has commercialized a true graphene battery — a battery whose very guts are constructed of the stuff to give batteries next-level performance characteristics. 

Want A Cell Phone Battery That Only Needs Charging Once A Month? It Could Hit Stores in 2025?

There is one company, that’s very close. 

Based in Australia, this company’s speciality is cheap. It produces high quality graphene in-house using a proprietary manufacturing method which brings overhead down by orders of magnitude. 

The company is already selling special coatings made graphene for a variety of applications, but their soon-to-be flagship product is a battery that relies on graphene as a vital ingredient in the anode and cathode — where charge actually flows. 

These batteries, which use no lithium at all, are exactly what one would expect from such a revolutionary material. 

We’re talking about 3-5 times the service life, 2-3 times the energy density, and up to 70 times the charge speed of today’s best lithium ion batteries. 

Apply those performance numbers to, say an electric vehicle, and you’ll have a machine which can be charged in less than a minute for a range exceeding 1000 miles, and last more than a million miles before any performance issues arise. 

Lithium Fires A Thing Of The Past?

These batteries are also extremely rugged and virtually free of any fire risk, something that cannot be said for lithium batteries. 

This technology, all by itself, has the potential to revolutionize a number of industries, with electric vehicles being just one. 

Similar performance enhancements will apply to any consumer technology where these next-gen batteries are implemented. 

With advantages of this magnitude, it’s no longer the future of graphene that’s in question, but the future of lithium as an energy metal. 

The company doing all this remains small and virtually unheard of. 

Despite trading on 2 north American exchanges, few retail investors have ever heard of it, but you’d better believe that the industry is keeping a close watch. 

Crippling China Without Firing A Shot

The Chinese, who have built a lithium supply-chain monopoly, should be especially concerned, as this one company has the potential to completely disrupt an empire it took the Chinese Communiust party more than 3 decades to establish. 

Today, all of that is up in the air, as lithium faces a truly terrifying rival. 

And being Australian, that’s good news for the free world, which is as dependant on Chinese lithium as it is on middle eastern and Russian fossil fuels. 

I’ve been studying this company for more than a year now, and I have to tell you, at today’s share prices, this may be one of the biggest inefficiencies on the open market today. 

The tech is worth tens if not hundreds of billions, and yet, this company, today, is valued at less than $100M. 

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