It is not easy to find a business that is genuinely niche and lightly contested. In my recent research, this one stood out.
The business model. Collect rare-earth magnet scrap across the US, Canada, and Mexico, have it separated into individual pure oxides on proven Canadian and American equipment we rent rather than build, and sell those oxides to Western buyers that a law requires to source non-China material.
For rare-earth metals, the West depends on China, so politics rather than price controls the supply. Recycling them in North America is therefore a strategic move, not just an environmental one.
We collect, and we sell separated metals. What we never do is build or invent the chemistry. That step is licensed or tolled from specialist companies — the same idea as taking your grain to a mill you do not own.
Why it is niche. The industry chases refineries and mines. Almost nobody works the collection layer. Roughly zero percent of end-of-life magnets are recovered in North America today.
Two streams show how wide the gap is. EV battery recyclers keep the battery and discard the traction motor — the single richest magnet stream there is. Motors then go to shredders as heavy scrap, where the rare earths are diluted to nothing. Meanwhile, retired data-center and computer hardware carries magnets in every hard drive and cooling fan, and hyperscalers retire that equipment in large, scheduled batches. Automated equipment now pulls a magnet from a drive in about three seconds, and a Western Digital pilot recovered roughly ninety percent. The machines are fast enough, and the test proved you can keep almost all of the valuable metal. Yet the major IT-disposal firms shred it all and lose the rare earths to the ferrous stream, because the client is paying for data destruction, not for metal. You win that material by selling the service, not by outbidding anyone.
The one big clean swarf stream in the US is already locked to a competitor. What remains is the scattered, awkward, high-value material a large firm cannot assemble contract by contract. That difficulty is the barrier, and it works in our favour.
Why it is profitable. We pay scrap holders more than a shredder would, which is close to nothing for the magnet portion, and still well below what the contained metals are worth. The value sits in dysprosium and terbium — under four percent of a magnet's mass, but roughly seventy percent of its worth.
Why North America. Mexico's northern motor plants throw off dysprosium-rich scrap daily, and it crosses at zero duty under USMCA. Canada already holds the proven separation equipment. The US supplies mandated demand: the defence rule covers the full mine-to-magnet chain from January 2027, and the DoD has set a $110/kg NdPr floor. Europe is now a second outlet, through CETA and the May 2026 EU–Mexico agreement.
Why the capital stays low. No mine, no chemistry plant, no invention. The money goes to supply contracts, customers, and border paperwork — the three things nobody has locked.
If you would like the underlying research, get in touch.