Interesting Podcast20 Jan 2026 21:23
Evening all,
Strange day of sales given we’re getting closer to the expected January drilling results.
Anyway, I don’t expect everyone to want to, or even have the interest in, sitting down to listen to a full podcast on rare earths and critical minerals but I’ll post the link anyway.
I listened to it in the car on my journey home and I found it interesting, especially in terms of clarifying the difference between rare earth elements / critical minerals, and the misunderstanding that titanium somehow sits outside this story. It doesn’t!
As we know titanium isn’t a rare earth, but it most certainly plays a role in the same strategic narrative, and that misunderstanding is addressed clearly in the discussion. If you do have the time, even half an hour in the car, I’d strongly recommend giving it a listen. To be honest, even the first 5 minutes make it fairly clear where titanium sits purely from a defence and strategic materials perspective.
For those that do not have the time to listen, basically 1 of the main points made by the panel (scientists from Idaho National Laboratory) is that economies are not dependent on just 1 or 2 exotic materials, but on a whole range of roughly 60+ critical minerals. RE elements are just one subset of that group which we’ve seen dominate the media recently. The main challenge is not whether something is geologically rare, but whether its supply chain is fragile or exposed to geopolitical leverage. That is what makes a material critical (explained in first 5 mins).
They also explain why RE’s are not rare in the typical sense and that large deposits are now dominated by low value light RE’s, while the higher value heavy RE’s needed for magnets are harder to find, harder to separate, and significantly more expensive to process.
When mining, separation, refining, and pricing are dominated by one country (Chinese / Russian supply) the entire supply chain becomes vulnerable.
The very same vulnerabilities exist across critical materials that underpin defence systems, aerospace, energy infrastructure, EVs and advanced manufacturing.
This IMO is where titanium fits directly into the same conversation. Its strength to weight ratio, corrosion resistance, and performance in extreme environments make it indispensable in aerospace, defence platforms, medical implants, EV components, industrial alloys, and of course pigments as SB always says it’s the whitest of white and has no substitute. Titanium supply chains are highly concentrated, particularly at the processing and upgrading stages, which creates the same strategic vulnerabilities.
CTD…