Rare Earth Controls Restart November 10: The Magnet in Your Motor

On October 9, 2025, China's Ministry of Commerce issued six export control announcements covering rare earth elements, rare earth production and processing equipment, rare earth technology, lithium battery materials and superhard materials. Four weeks later, on November 7, MOFCOM suspended all six. The suspension runs until November 10, 2026. That date is now eleven weeks away, and the announcement that matters most to anyone buying industrial machinery is No. 61, the first occasion on which China has applied its export control law extraterritorially.

Announcement No. 61 requires a MOFCOM licence before rare earth permanent magnet material produced outside China can be shipped from one country outside China to another, where any of thirteen specified controlled elements of Chinese origin account for 0.1 percent or more of the total value of the finished item, or where that item was produced using Chinese rare earth process technology. The thirteen include dysprosium, terbium, samarium, gadolinium, lutetium, scandium and yttrium, along with samarium cobalt, terbium iron and dysprosium iron alloys and the terbium and dysprosium oxides. Those are precisely the additives that hold a sintered NdFeB magnet's coercivity at the temperatures found inside a servo motor, a robot joint, a machine tool spindle, a canned pump or a generator rotor.

For a machine builder or a plant operator this is not a commodity price story, and reading it as one is the first mistake. Machinery lead times in 2026 are long. Orders being placed this month for fourth quarter and first quarter delivery already cross November 10. Whatever happens on that date happens to equipment that has already been bought.

What the rule actually reaches

Announcement No. 61 captures a foreign-produced item on any one of three independent tests. The item is itself a controlled rare earth item originating in China. Or it contains Chinese-origin controlled elements at or above the 0.1 percent value threshold. Or it was produced using Chinese-origin rare earth or magnet production or recycling technology, the scope of which is set out in the companion Announcement No. 62 and covers mining, smelting, separation, metal smelting, magnetic material manufacturing and secondary recycling, including the process specifications, parameters and simulation data behind them.

Two further features change how the obligation propagates. The exporter must issue a compliance statement to its overseas recipient, which pushes the licensing obligation down the chain to every subsequent handler rather than terminating at the first sale. And a separate provision in the same announcement establishes a presumption of denial for licence applications from entities on China's export control list or watch list, and from subsidiaries and branches in which those entities hold 50 percent or more. A supplier can therefore be unlicensable for reasons that have nothing to do with the product and everything to do with its ownership.

Whether a specific item falls in scope is a question for trade counsel, and nothing here substitutes for that. The procurement question is different and more immediate: can you answer it at all, for the equipment you are ordering this quarter, using data you actually hold?

The question most buyers are asking is the wrong one

Three errors are common, and they compound.

The first is treating this as an availability problem. Buyers ask whether magnets will be short and whether prices will move. Those are reasonable questions and they are secondary. The binding constraint under a licensing regime is documentary. A supplier who holds stock, has capacity and quotes a firm price still cannot ship if it cannot obtain a licence or cannot evidence that it does not need one. Availability and shippability are different properties, and only one of them appears on a quotation.

The second is asking suppliers whether their magnets are Chinese. Country of manufacture is not the test. A magnet plant in Japan, Korea, Germany, Vietnam or the United States is captured if it used Chinese-origin dysprosium or terbium above the value threshold, and captured independently if it used Chinese separation or sintering technology, which a great deal of non-Chinese magnet capacity does. A confident answer of "not made in China" resolves nothing.

The third is assuming the tier one supplier can answer. The motor manufacturer buys a rotor assembly. The rotor house buys magnets. The magnet maker buys alloy, and the elemental origin and value share sit at that level, usually behind a confidentiality position, three or four tiers below the purchase order. A 0.1 percent by value threshold is low enough that a few grams of heavy rare earth additive in a single magnet can carry a multi-thousand-dollar machine into scope, which means the calculation cannot be waved away by inspection. It has to be evidenced, by someone who has the composition data and is willing to state it.

What was never suspended

The suspension is frequently read as a clearance, and it is not. It covers the six October 2025 announcements only. MOFCOM Announcement No. 18 of April 2025 remains in force today and controls seven medium and heavy rare earths, including samarium, gadolinium, terbium, dysprosium, lutetium, scandium and yttrium, together with their metals, alloys, targets, oxides, compounds, mixtures and permanent magnet materials. Announcement No. 10 of 2025 controls tungsten, tellurium, bismuth, molybdenum and indium items, which reaches cutting tool inserts, wear parts and a range of alloy inputs. The prohibition on export of dual-use items to United States military end users also stands.

This matters commercially because it removes the argument for waiting. Licensing exposure on heavy rare earth magnet material is live now. The November 10 expiry would extend the regime to foreign-produced goods and to technology-derived production, but the underlying supplier data a buyer needs is the same dataset in both cases. Building it is not a bet on the date.

How we handle magnet content in an enquiry

At D1R7K0N we treat controlled magnet content as a bill of materials attribute captured at RFQ, not as a compliance review conducted after award. Once the purchase order is placed, the buyer has already accepted a licensing position it did not price. Four requirements go into the enquiry.

Declared magnet content, by item. For every line containing a permanent magnet, the bidder states magnet type, the controlled elements present, their origin, and whether their value share of the delivered item reaches the threshold. A bidder who cannot answer has told you something useful about how far its own supply chain visibility extends.

Process technology origin. A separate declaration covering whether Chinese-origin separation, alloying or magnet manufacturing technology was used in production. This is the test buyers most often omit, because it is invisible in the product and absent from the datasheet, and it is the one that captures otherwise unremarkable non-Chinese supply.

Compliance statement pass-down. Where an item is or may be in scope, the contract obliges the supplier to issue the required statement and to pass through the equivalent obligation from its own upstream sources. Without this the documentation chain breaks at whichever tier declined to participate, and it breaks after delivery.

Licensing delay allocated, not assumed. For orders delivering after November 10, the contract states who carries the schedule and cost consequence if a licence is required and is delayed or refused. A licensing requirement is a foreseeable regulatory event with a published date attached, which makes a generic force majeure clause a poor place to leave it. Ownership of that risk is negotiable before award and is not negotiable afterwards.

A fixed date and a dataset worth building

The suspension may be extended. The bilateral arrangement that produced it may hold, and the November deadline may pass with nothing visible happening. Procurement teams should not plan on either outcome, because the exposure does not depend on the prediction. It depends on whether, on any given day between now and delivery, the organisation can state what is inside the magnets it has bought and where that material and that process came from.

Most industrial buyers cannot answer that question today for a single motor, let alone for a plant inventory. The useful test is narrow and can be run this week. Take the three largest machinery orders currently open with delivery after November 10. Ask each supplier for the magnet content declaration and the process technology origin. The replies, and the silences, will tell you exactly how much of your 2026 delivery schedule rests on a licensing outcome you are not in a position to influence.