The dominant driver of cobalt prices is not fundamentals but policy: the DRC's export quota has administratively turned what should be a markedly oversupplied market into a near-term squeeze on China. This week's slump in refined cobalt is fund stop-loss liquidation, not a fundamental negative; as long as the quota keeps arrivals locked up and the upstream cobalt intermediate CIF holds at $25/lb, the floor under cobalt is firmly held by the supply side — weak in near-term demand, strong in the medium-term structure.
The cobalt market at mid-2026 is easily misread through the violent fall in refined cobalt: refined cobalt (≥99.8%) dropped quickly this week to ¥383,500/t (18 June, YTD −16.1%), having closed the prior week (12 June) at about ¥398,500/t (−3.98% WoW), a sharp give-back from the roughly ¥427,000 high plateau of late May. Yet at the very same moment the upstream cobalt intermediate CIF China still held at $25.15/lb (YTD +0.0%), with miners holding inventory and quoting higher at $25.5–26/lb. One leg slumping, the other firm — that is precisely what tells us refined cobalt's decline is mainly driven by funds and stop-loss liquidation, not a fundamental negative — a judgement SMM has repeatedly stressed.
This report is built on SMM's own price, cost, output and customs data (data cut-off 18 June 2026), cross-checked against public policy information, and advances one core judgement: the dominant driver of cobalt pricing is the DRC's export quota, not supply and demand in themselves. Since February 2025 the DRC has run a cobalt export ban, subsequently switching to annual quota management; before the ban the DRC accounted for roughly 80% of China's cobalt feedstock and for over 70% of global cobalt mine supply in 2024. The quota administratively tightens a mine base that was already markedly oversupplied, converting it into a near-term squeeze on the Chinese market — this is the master key to understanding cobalt's "rolled off the highs but structurally tight" profile.
This judgement rests on three independent yet mutually reinforcing chains of evidence. (1) Supply is policy-locked: the 2026 quota in the central case is roughly 96,600 t, about 80% allocated to China, with Chinese firms receiving only a base quota of about 56%, below domestic demand; the Q1-2026 quota execution window has been extended to 30 June, and logistics congestion has pushed arrivals back to about August. Cobalt hydromet intermediate imports have collapsed from roughly 50,000 t/month in early 2025 to 1,247 t in April 2026 (YTD −37%, ≈−98% from the peak). (2) Demand is soft and divergent near term: high cobalt prices force LFP (cobalt-free) substitution; LCO (lithium cobalt oxide, high cobalt) monthly output has fallen to 8,040 gross t (YTD −22.3%), persistently below seasonal norms; only ternary precursor, on the pull of EU exports, hit a 5-month high (96,430 gross t, +11.6%), underpinning cobalt-sulphate demand. (3) The refining step is already loss-making: the intermediate route to cobalt sulphate runs a daily margin of −¥5,490/t on a cost of about ¥93,990/t, forcing cuts and forming a cash-cost floor under salt prices.
For miners, refiners, precursor/cathode makers, battery makers and financial institutions across the chain, the value of this report is concrete: using a "quota supply-anchor + cost floor + demand divergence" three-factor framework, we give a month-by-month scenario range for the cobalt intermediate CIF ($/lb) over the next 12 months, together with bull/base/bear probabilities and trigger conditions (Chapter 7). Readers focused on price itself can go straight to this summary and Chapter 7; those needing segment-level detail can turn to Chapters 3–6.
The cobalt value chain is a long chain in which resources are highly concentrated in the DRC, refining is highly concentrated in China, and demand is highly tied to batteries: DRC copper-cobalt by-product ore and Indonesian nickel-cobalt MHP form the raw-material end, refined in China into cobalt salts (cobalt sulphate / chloride / tetroxide) and refined cobalt, then unfolding into ternary precursor/cathode and LCO, and finally landing in EV batteries, consumer batteries and superalloys.
To understand cobalt prices in 2026 one must separate "funds" from "fundamentals": this week's refined-cobalt slump comes from stop-loss liquidation, while the medium-term floor comes from quota-locked supply. This chapter uses price action itself to prove that the slump is sentiment and the floor is structure.
In the first half of 2026 cobalt's metal leg traced a "high plateau — fund-driven slump" curve. Refined cobalt (≥99.8%) was still on a high plateau at the start of the year and at one point in late May stood on a high plateau of about ¥427,000/t (it had been at an even higher level of about ¥457,000/t back in January); it then entered a fund-driven rapid decline, with mainstream refiners cutting ex-works prices to about ¥402,000/t, closing the prior week (12 June) at about ¥398,500/t (−3.98% WoW), and falling to ¥383,500/t by 18 June (YTD −16.1%).
The cause of this slump is, in essence, fund-side stop-loss liquidation, not a fundamental negative — a judgement SMM has repeatedly stressed. As a deliverable, speculatable metal product, refined cobalt carries a significant fund and sentiment component in its price; when the price chops on a high plateau and bull stop-losses and liquidation orders are released en masse, you get a rapid decline detached from fundamentals. The key evidence that this is "funds" rather than "fundamentals" is that the upstream feedstock anchor has not loosened:
A note on the discipline of price attribution is in order: a rise or fall in refined cobalt should be attributed to mechanisms such as valuation repair, destocking, spread arbitrage or reverse dissolution (re-dissolving refined cobalt into salts), not to a vague "futures-spot linkage". This week's slump is precisely a correction of a high valuation under a fund-side shock; and if it later stabilises and recovers, that is more likely to come from salt-versus-refined spread arbitrage (when refined cobalt falls to near cobalt salt's metal-basis price, the economics of reverse dissolution weaken and metal demand is restocked) and destocking, rather than simply following futures. Grasping this helps separate "noise" from "signal".
(1) Refined cobalt's slump this week to ¥383,500/t is fund-side stop-loss liquidation, not a fundamental negative — the flat upstream CIF and the firmer Rotterdam price are the proof. (2) Salts fell markedly less than refined cobalt, confirming the divide between "metal-speculation character" and "material cost support". (3) The slump does not change the medium-term theme of "quota-locked supply" — that is the basis for subsequent stabilisation and structural tightness.
The cobalt chain's pricing anchors sit at both ends: upstream, the cobalt intermediate CIF anchors raw-material value; downstream, battery demand sets the direction. To understand where price "comes from and goes to", one must string raw material, salt, precursor, cathode and battery into one observable transmission chain.
The cobalt value chain is a long resource — refining — materials — end-use chain: upstream is DRC copper-cobalt by-product ore and Indonesian nickel-cobalt MHP, with the cobalt intermediate (hydroxide) CIF China as the raw-material pricing anchor; the midstream is Chinese refiners converting it into cobalt salts (cobalt sulphate, chloride, tetroxide) and refined cobalt; downstream it runs through ternary precursor (NCM, cobalt-bearing), ternary cathode and LCO (high cobalt) cathode, finally landing in EV batteries, consumer batteries and superalloys. A definitional point must be made clear: refined cobalt is a metal product and by industry classification should be treated as a raw/end-use metal (upstream or downstream), not a midstream refining intermediate; the core output of midstream refining is the materials-facing cobalt salts.
Price transmits along this chain, but neither proportionally nor in one direction.
Another feature of transmission is that salts are highly sensitive to feedstock but weakly transmit to end-use. The cobalt intermediate makes up the overwhelming majority of cobalt sulphate's cost, so salt prices are highly sensitive to the feedstock CIF; but going downstream to precursor/cathode, cobalt's cost is diluted by other metal prices such as nickel and lithium and by conversion fees, and precursor/cathode use cost-plus pricing, so cobalt-price swings permeate to the end via "cost pass-through" rather than "spread amplification". This means: when feedstock is systematically lifted by the quota, the cost will rigidly transmit to salts and cobalt-bearing cathodes; and what can genuinely cushion cobalt prices is not margin concession at the conversion step but end-use demand elasticity and substitution (LFP replacing NCM, LFP replacing LCO). Grasping this helps assess the "sustainability of transmission" of any cobalt upcycle — as long as cobalt-bearing battery demand is not replaced en masse by the cobalt-free route, the feedstock-end cost lift will ultimately be realised as higher cobalt-bearing material prices.
A final structural point ties the two ends together and explains why the chain can sustain a tight feedstock market alongside a soft metal market. The upstream and downstream of the cobalt chain are priced in different currencies and on different units — the CIF in dollars per pound on contained cobalt, the salts in renminbi per gross tonne, the metal in renminbi per tonne — and they are driven by different forces, the quota at the top and battery chemistry at the bottom. Because of this, the chain does not behave as a single tightly-coupled price column; it behaves as two semi-independent markets joined by the refining step, which acts as the translation layer between them. When the quota tightens the top while LFP substitution softens the bottom, the refining step absorbs the mismatch as a margin squeeze rather than transmitting it cleanly as a price signal — which is exactly the loss-making condition documented in Chapter 4. Reading the chain this way clarifies an apparent paradox that confuses many observers: feedstock can be genuinely scarce at the same time that the finished metal is slumping, because the scarcity and the slump are occurring in two different markets that the refiner, not the price, is forced to reconcile.
The cobalt intermediate (hydroxide) CIF China is the most continuous, most representative raw-material quote at the top of the cobalt chain; almost all domestic cobalt-salt refining takes it as the reference frame for feedstock cost. Watching the CIF spot price, miners' holding quotes and the arrival cadence is, in effect, watching the "master valve" on the supply side of the whole cobalt chain. This report's price dashboard and scenario ranges are all organised around the cobalt intermediate CIF as the supply anchor; demand direction is read jointly from downstream precursor/cathode output and battery installs.
Cobalt's supply story can be summed up in a sentence: the resource should be in surplus, yet the DRC's export quota administratively tightens it into a near-term squeeze on China, and Indonesia MHP can only partially hedge. This is the fundamental constraint that makes cobalt's floor easy to hold and hard to break.
Cobalt is a textbook by-product, concentrated, heavily-policy resource.
What truly changed the supply landscape is policy, not capacity. The DRC has run a cobalt export ban since February 2025; before the ban the DRC accounted for about 80% of China's cobalt feedstock and over 70% of global cobalt supply in 2024. The ban subsequently switched to annual quota management: the 2026 quota in the central case is about 96,600 t, ~80% allocated to China; in the bear case about 87,000 t, 70% to China. The crux is that Chinese firms receive only a base quota of about 56%, below actual domestic demand; and the Q1-2026 quota execution window has already been extended to 30 June 2026, which, compounded by logistics congestion, is expected to push arrivals back to about August. The quota thereby administratively turns the mine base's "surplus" into a "near-term squeeze" on China.
(1) Policy lock: the DRC quota administratively tightens surplus capacity, with Chinese firms receiving only a base quota of about 56%, below domestic demand. (2) Arrival delay: the Q1-2026 quota window is extended to 30 June and logistics congestion pushes arrivals back to about August, materially throttling near-term supply. (3) Limited hedge: Indonesia MHP is expected to add about 20,000 t (metal) in 2026, which can diversify reliance; but SMM notes that recycled cobalt + refined-metal re-dissolution can only be a "stop-gap", unable to replace the DRC's structural position.
The substantive impact of the quota on supply is laid bare in the import data.
The by-product nature of DRC cobalt is worth dwelling on because it shapes the entire upcycle. Since cobalt is recovered alongside copper, the marginal economics of a DRC mine are governed by the copper price, not the cobalt price; a producer will keep extracting cobalt almost regardless of how weak the cobalt market becomes, because the copper revenue already justifies the operation. This is why the ordinary self-correcting mechanism of a commodity market — high prices spur supply, low prices curtail it — barely functions for cobalt at the mine level. Production does not fall when cobalt is cheap, and it does not surge when cobalt is dear; instead it tracks the copper investment cycle. The practical implication is that, absent the quota, the structural surplus would simply keep building, because the supply response is anchored to copper rather than to cobalt's own balance. The quota is, in effect, the only lever that introduces price discipline on the supply side — and it does so administratively, from outside the market, which is precisely why cobalt's tightness is policy-dependent rather than market-clearing.
It is also important to read the import series correctly as a leading indicator rather than a coincident one. Because the quota execution window was extended to 30 June and arrivals are pushed to about August, the imports reported for April — 1,247 t — already reflect cargoes that cleared the quota and the logistics chain months earlier; they do not yet reflect the eventual release of the 2026 allocation once arrivals normalise. In other words, the April reading captures the trough of the throttling, not its steady state. As the year progresses, two opposite forces will play out: on the one hand, the backlog of quota-approved cargoes should begin to land from around August, mechanically lifting the monthly import figures off the floor; on the other hand, the base quota allocated to Chinese firms (about 56%) remains structurally below domestic demand, so even a full normalisation of arrivals would not restore the early-2025 run-rate of roughly 50,000 t/month. The feedstock balance that matters for pricing, therefore, is not the April trough but the post-August steady state — and on SMM's central case that steady state still falls short of demand, which is exactly why 2026E flips to a deficit on the chain's balance sheet.
Midstream refining is cobalt's "shock absorber" and "cost floor". This chapter portrays, across cost, margin, imports and spreads, how the salt step falls into the red squeezed between feedstock cut-off and demand divergence — and how it underpins the price.
The economics of the cobalt-salt refining step are the direct source of the floor under salt prices.
Two definitions for cobalt salts must be made clear to keep the whole report consistent: the quotes for cobalt sulphate (≥20.5%) and cobalt chloride are both delivered tax-inclusive transacted averages, on a gross-tonne basis; on a metal-tonne basis, cobalt sulphate equates to about ¥431,707/t (cross-checked via j02804588). Throughout this report, wherever cobalt sulphate/chloride prices appear, unless specifically noted as "metal-basis", they are stated on a gross-tonne basis. Cobalt tetroxide (≥72.8%) is the precursor for LCO, at ¥338,500/t (YTD −7.4%), and its weakness directly reflects the depressed health of downstream LCO (see Chapter 5).
The gross-tonne versus metal-tonne distinction is not pedantry; it is the only way to compare the salt and metal legs on a like-for-like basis and to read the re-dissolution arbitrage correctly. On a gross-tonne basis, cobalt sulphate at ¥90,000/t looks dramatically cheaper than refined cobalt at ¥383,500/t, but that comparison is meaningless because a tonne of sulphate contains only about 20.9% cobalt by mass. Converted to metal content, sulphate is about ¥431,707/t of contained cobalt — which is in fact higher than refined cobalt's ¥383,500/t after this week's slump. That inversion is the analytically important fact: it is the moment at which it becomes economic to buy refined cobalt, dissolve it into sulphate, and sell the salt at a premium to the metal's metal-basis value. This is the precise channel through which a fund-driven slump in the metal leg is arrested by real material demand — and it explains why salts have fallen far less than refined cobalt even though both ultimately draw on the same contained-cobalt unit.
Cost asymmetry: the cobalt intermediate makes up the overwhelming majority of cobalt sulphate's cost, so salt prices are highly sensitive to the feedstock CIF and insensitive to their own conversion fee — once feedstock rises on quota tightening, it will rigidly transmit to salts.
Supply asymmetry: refining capacity is not the bottleneck; the bottleneck is feedstock arrivals under the quota; so refiners cut easily when loss-making, and restart quickly when feedstock is ample and margins are positive. This makes salts the price's "shock absorber", but the cushioning does not change the trend direction set jointly by the quota and demand.
On refined cobalt, the definition and attribution discipline must be stressed again: refined cobalt is a metal product and should not be classed as midstream refining but treated as an upstream/downstream metal; its strengthening often comes from valuation repair, destocking, spread arbitrage or reverse dissolution, and should not be vaguely attributed to "futures- spot linkage". This week refined cobalt slumped to ¥383,500/t, bringing its metal-basis price into convergence with — or even an inversion below — cobalt sulphate's metal-basis (about ¥431,707/t); when refined cobalt is cheap enough relative to salts, the economics of "re-dissolving" refined cobalt into salts rise, which in turn consumes surplus refined cobalt and forms marginal support for its price. This internal arbitrage mechanism is an important endogenous force by which refined cobalt finds a floor after a slump.
Cobalt also exhibits "two markets, internal and external". Overseas Rotterdam refined cobalt (MB standard-grade equivalent) rose this year to about $26.25/lb (+6.1%), while China's refined cobalt slumped this week — the divergence of a stronger overseas metal leg and a slumping domestic leg both confirms the "fund-side" character of the domestic fall and shows that global cobalt metal is not weak. This divergence implies: once the domestic fund-side shock settles, China's refined cobalt has room to repair toward the overseas price. Any marginal change in exports and cross-border flows will affect domestic prices through the internal-external spread channel.
Cobalt demand is not monolithic. Under high cobalt prices, ternary precursor hit a high on EU export pull and underpins cobalt sulphate, while LCO is forced to cut back by high prices and LFP (cobalt-free) substitution accelerates; superalloys provide a price-insensitive high-end floor.
A deeper demand-side pressure comes from LFP (cobalt-free) substitution. High cobalt prices erode the competitiveness of cobalt-bearing batteries from two directions: first, in power batteries, LFP keeps eroding ternary (NCM) share on cost and safety advantages, though ternary retains irreplaceable high-end scenarios in high energy density and low-temperature performance; second, in consumer batteries, some applications are starting to explore replacing LCO with LFP or cobalt-free/low-cobalt systems. High cobalt prices are the direct catalyst of this substitution — the dearer cobalt, the more pronounced the economics of the cobalt-free route, and the faster the substitution. This gives cobalt demand a vivid "K-shaped" divergence: high-end, irreplaceable cobalt-bearing demand (high-nickel ternary, aero superalloys) is highly resilient, while price-sensitive, substitutable demand (LCO, mid-to-low-end ternary) is under sustained pressure.
Total power-battery volume is still expanding: power-battery installs in May 2026 were about 71,900 MWh (i.e. 71.9 GWh), reflecting the steady floor of NEV demand. But "total volume up, cobalt-bearing share down" is the core feature of cobalt demand — the bigger the battery pie and the higher LFP's share, the lower the cobalt intensity per unit of battery. To judge cobalt demand, therefore, one cannot look at total battery volume alone but must look at the structural share of ternary/LCO within it. Within this framework, ternary precursor's EU exports, the magnitude of LCO's cutbacks, and LFP's penetration speed are the three most critical high-frequency variables for tracking cobalt demand.
The role of EU exports in the ternary recovery deserves emphasis because it is the single most important reason cobalt-sulphate demand has a floor at all. With the domestic power-battery market tilting ever more toward LFP, the marginal buyer of Chinese ternary precursor and cathode is increasingly the European battery and automotive supply chain, which retains a stronger preference for high-nickel ternary chemistries in premium and long-range vehicles. This export pull does two things at once: it sustains absolute precursor volume — hence the 5-month high of 96,430 gross t — and it shifts the demand mix toward higher-nickel grades, which, somewhat counter-intuitively, are not cobalt-free but still require meaningful cobalt as a stabiliser. The practical consequence is that the health of cobalt-sulphate demand is now tightly coupled to European EV policy, European order books and the renminbi-euro cross, more than to the domestic Chinese EV cycle. Should EU export momentum fade — through softer European demand, trade frictions or a shift in European cell chemistry — the principal underpinning of cobalt sulphate would weaken, and that is why we track ternary exports as a top demand-side variable.
The K-shaped divergence also has a self-reinforcing quality that is easy to underestimate. Each notch higher in the cobalt price widens the cost gap between cobalt-bearing and cobalt-free chemistries, which accelerates LFP adoption in the price-sensitive segments; the resulting demand destruction in LCO and mid-to-low-end ternary is, to a degree, permanent, because once a battery platform is redesigned around LFP it is rarely re-engineered back to a cobalt-bearing chemistry. This means that the demand base for cobalt is being structurally hollowed out at the bottom even as it holds firm at the top. The silver lining for the bulls is that the remaining cobalt demand is increasingly concentrated in applications where cobalt is genuinely hard to substitute — high-nickel ternary for long-range EVs and cobalt-based superalloys for aerospace — so the demand that survives is also the demand that is least price-elastic. In other words, the substitution process is gradually transforming cobalt from a high-volume, price-elastic battery metal into a lower-volume, price-inelastic specialty metal, which over the medium term should make the surviving demand more defensible even if the total addressable market shrinks.
Another demand-side support comes from superalloys. Demand for cobalt-based superalloys from commercial aero engines, gas turbines and defence is price-insensitive but steadily growing, accounting for about 14% of global cobalt demand and providing a high-end floor that does not swing with the battery cycle. In addition, battery-grade nickel sulphate rose this year to ¥33,560/t (YTD +18.9%), and the stronger nickel price lifts ternary precursor from the cost side, indirectly reinforcing the "ternary has more incremental elasticity than LCO" pattern — a nickel-side backdrop variable to factor in when observing cobalt demand.
One underpinning: ternary precursor hit a 5-month high on EU export pull (96,430 gross t, +11.6%), underpinning cobalt-sulphate demand. Two pressures: (1) LCO is forced to cut by high cobalt prices (8,040 gross t, −22.3%), persistently below seasonal norms; (2) LFP (cobalt-free) substitution of NCM and LCO accelerates. Total demand is moderate, the structure violently divergent — this is the demand-side cause of cobalt's "rolled off the highs but structurally tight".
Put supply and demand on the same annual balance sheet and cobalt's medium-term theme is plain: the resource should be in surplus, yet the DRC quota administratively turns it into a 2026 near-term squeeze. This is the root cause of price being "rolled off the highs but structurally tight".
This "engineered scarcity" definition must be spelled out, or it is easily misread. The DRC has been a marked capacity-surplus party since 2025; the quota "locks" that surplus outside the export step, compressing the effective supply reaching the Chinese market and thereby manufacturing a near-term squeeze on China in 2026. Once the quota loosens or Indonesian MHP ramps faster than expected, the suppressed surplus capacity can release rapidly and the balance will swing back to surplus (as 2027E shows). Cobalt's "tightness" is therefore policy-dependent, not "scarcity-dependent" — that is the essential difference between cobalt and genuinely scarce resources such as tungsten, and it also determines that cobalt's upside is constrained by the strength and persistence of quota enforcement.
The distinction between policy-dependent and scarcity-dependent tightness has direct trading and hedging implications, and it is worth making the contrast explicit. A scarcity-dependent metal — one where the deficit is driven by genuine geological or capacity limits — tends to reward long positions held through the cycle, because the shortage cannot be resolved quickly and prices have to ration demand for years. A policy-dependent metal behaves differently: the "shortage" exists only as long as the policy is enforced, and it can evaporate the moment the policy is relaxed, because the underlying capacity is already in place and idle. For cobalt this means that the bullish case is real but conditional, and that the appropriate posture is to stay long the floor while remaining alert to any signal of quota relaxation. It also means that the tail risk is asymmetric: the downside from a policy reversal is larger and faster than the upside from incremental tightening, because a reversal unlocks a standing surplus all at once, whereas tightening only withholds an already-throttled flow. This asymmetry is one reason our base case leans toward a well-held floor with a capped, rather than runaway, upside.
SMM's further structural judgement is scenario-based: in the bear case, the China cobalt market stays tight in 2025–2028 and only turns to a tight balance in 2029–2030; in the central case, 2026 is tight and after 2027 it turns to a slight surplus. The common ground of both scenarios is that, over the next 2–3 years, China's cobalt supply is quota-constrained and hard to loosen; the divergence lies in how long the tightness persists, which depends on the cadence of quota tightening/loosening and the ramp speed of Indonesian/recycled supply. Whichever scenario holds, 2026 is the most certain year of "squeeze on China" — consistent with the balance sheet's judgement that 2026E flips negative.
(1) 2026's "tightness" is quota-manufactured, not resource scarcity: actual capacity is in surplus, the quota locks the surplus outside exports and forms a near-term squeeze on China. (2) Price "tightness" is policy-dependent: quota loosening or Indonesian/ recycled ramp will swing back to surplus, and upside is constrained by quota-enforcement strength. (3) 2027E returns to surplus, meaning this round of "tightness" may be near-term and episodic, not a multi-year structural shortage — the essential difference between cobalt and genuinely scarce resources.
This chapter is the report's landing point. Using a "quota supply-anchor + cost floor + demand divergence" three-factor framework, we give a month-by-month scenario range for the cobalt intermediate CIF ($/lb) over the next 12 months, together with bull/base/bear probabilities and trigger conditions.
Each of eight price-driving dimensions is scored from −3 (strongly bearish) to +3 (strongly bullish), weighted into a composite, converted to a 0–100 score (50 = neutral), and mapped to an end-2026 price by interpolation within the scenario range. Scores are SMM's own assessment — comprehensive in coverage, objective in calibration, transparent in weighting.
| Dimension | Score | Weight | Contribution | Rationale |
|---|---|---|---|---|
| Mine supply · DRC export quota | +3 | 20% | +0.60 | DRC ≈70% of global; 2026 quota 96,600 t, ~80% to China — supply administratively locked |
| Indonesia MHP ramp | -2 | 12% | -0.24 | ~20kt (metal) of new 2026 supply diversifies away from DRC, capping upside |
| Cost floor · intermediate CIF / salt cost | +1 | 10% | +0.10 | Intermediate CIF firm ~$25/lb as a floor; but cobalt-salt margins are in the red |
| Smelter / cobalt-salt margin & runs | +0 | 8% | +0.00 | Sulphate losses may force cuts (bullish) vs intermediate glut (bearish) — net neutral |
| Demand · NCM precursor / export | +1 | 14% | +0.14 | Ternary precursor at a 5-month high on EU export pull — a floor for sulphate |
| Demand · LCO & LFP substitution | -2 | 14% | -0.28 | High cobalt price forces no-cobalt LFP substitution; LCO output ~−22% YoY |
| Policy / geopolitics · DRC execution & logistics | +2 | 12% | +0.24 | Quota execution tightening; arrivals delayed to ~August — near-term tightness |
| Macro / funds | -1 | 10% | -0.10 | The recent slump was fund stop-loss liquidation — near-term sentiment soft |
| Weighted composite | +0.46 | 100% | +0.46 | Composite 58/100 (Mildly bullish) → end-2026 ~28.8 $/lb (range 24.5–33.0) |
(1) Quota supply-anchor (sets direction) — benchmarked on the cobalt intermediate CIF and DRC quota execution. Quota tightening and arrival delay keep feedstock tight and the CIF easy to hold and hard to break, setting the cobalt floor upward and well-held.
(2) Cost floor (sets the lower bound) — based on cobalt-salt cash cost (cobalt sulphate about ¥93,990/t) and refined-metal re-dissolution arbitrage. Loss-making refiner cuts + reverse dissolution jointly underpin, corresponding to strong support around $23–25/lb on the cobalt intermediate CIF.
(3) Demand divergence (sets elasticity) — the underpinning force of ternary precursor (EU exports) offsets LCO cutbacks and LFP substitution. Soft near-term demand limits the CIF's upside breakout, but ternary exports underpin the lower bound, giving price a "high but narrow, easy to hold and hard to attack" shape.
Stricter quota enforcement (Chinese firms get a lower allocation or a second downward revision) + Indonesia MHP ramp below expectations + ternary demand above expectations (EU exports stay strong). Feedstock tightens further and refined cobalt stabilises and recovers in its wake.
Quota support + moderate demand. The cobalt intermediate CIF rises moderately from about $25.5/lb to 28 (2026H2) and to 29–31 in 2027; refined cobalt stabilises with feedstock. Ternary underpins, while LCO cutbacks and LFP substitution form an upside damper.
Indonesia MHP ramp above expectations + LFP substitution accelerates + soft demand. The quota-suppressed surplus releases faster, feedstock falls back toward the cost floor, and refined cobalt lingers low under the dual pressure of funds and loose supply.
The cobalt intermediate CIF central level is highly sensitive to the two most critical variables — the DRC quota's allocation strength to China (sets feedstock arrivals/floor) and cobalt-bearing battery demand (the net of ternary exports minus LFP substitution, sets the demand pull). The table below gives the quantified 2026H2 cobalt intermediate CIF central level ($/lb) across different combinations of the two variables, as a quick-reference for scenario tracking:
| 2026H2 CIF central ($/lb) | Quota strict | Quota central (base) | Quota loose |
|---|---|---|---|
| Cobalt demand strong (ternary exports sustained) | 34 | 29 | 26 |
| Cobalt demand neutral (base) | 31 | 27 | 24 |
| Cobalt demand weak (LFP substitution accelerates) | 28 | 25 | 23 |
Two rules can be read from the matrix: first, price is more sensitive to quota strength than to demand — this is the quantitative embodiment of "the quota is the dominant driver", and the reason we rank the DRC quota's allocation strength to China as the number-one tracking variable; second, only under the bottom-right combination of "quota loose + cobalt demand weak" does the central level fall back to $23–24/lb, corresponding to the bear case. As long as the quota stays central-to-tight, the base and bull cases occupy most cells of the matrix, consistent with the "floor solid" tilt of the driver scoring.
It is worth being explicit about how the refined-cobalt price relates to this CIF-anchored framework, because the two move on different clocks. The framework forecasts the cobalt intermediate CIF — the feedstock anchor — and we deliberately do not forecast refined cobalt as an independent series, because refined cobalt's near-term path is dominated by the fund and sentiment component that produced this week's slump, not by feedstock fundamentals. The correct way to read refined cobalt within the framework is as a metal leg that, once the fund-side shock settles, is pulled back toward fair value by two anchors: the feedstock CIF on the way up (a higher CIF lifts the replacement cost of metal) and the salt metal-basis on the way down (when refined cobalt falls below sulphate's metal-basis, re-dissolution arbitrage consumes the surplus and forms a floor). The base case therefore expects refined cobalt to stabilise and then track the CIF higher, but with a wider near-term dispersion than the feedstock itself, because the fund component can keep it dislocated for weeks even when fundamentals are firm. Practically, this means the CIF is the variable to anchor medium-term positioning, while refined cobalt is the variable to watch for tactical entry once the liquidation has exhausted itself.
Finally, a word on calibration discipline. The three-factor framework is intentionally transparent rather than precise: the matrix increments — roughly $3–4 per notch of quota and $2–3 per notch of demand — are SMM's own judgement, calibrated so that the central cell reproduces the prevailing $25–27/lb regime and the corners reproduce the bull and bear targets used in the scenario band. We prefer a framework that is auditable and falsifiable over one that is falsely exact; the value is not in the second decimal of any single cell but in the relative ordering it imposes — quota over demand, floor over ceiling, structure over noise. Readers should treat the matrix as a scenario map for tracking which way the balance of risks is tilting, and the scenario band (next chart) as the time-indexed expression of the same view, rather than as a set of point-level price targets.
Direction: rolled off the highs but structurally tight, with a floor easy to hold and hard to break. Path: cobalt intermediate CIF 25.5→28 in 2026H2, rising to 29–31 $/lb in 2027; refined cobalt stabilises with feedstock once the fund-side settles. Core variables: watch three things — the DRC export quota's allocation strength to China (floor/direction), the Indonesia MHP and recycled/re-dissolution ramp (ceiling/elasticity), and the net of ternary exports minus LFP substitution (demand).
Any price judgement needs a clear "when am I wrong". This chapter lists the key risks that could change the base judgement and gives observable falsification conditions.
The quota is cobalt's biggest two-way variable: a second downward quota revision, a tighter allocation to China or a further arrival delay will reinforce the floor and the upside; conversely, if the quota loosens and the export cadence speeds up, the suppressed surplus capacity will release fast and feedstock will fall back. Falsification: cobalt intermediate imports recover for several consecutive months, the CIF and miners' holding quotes soften, and arrivals come earlier than August.
Indonesia MHP, recycled cobalt and refined-metal re-dissolution are the marginal supply that hedges DRC reliance. If Indonesia's increment materially exceeds 20kt, or re-dissolution/recycled ramps above expectations, it will weaken the quota-manufactured tightness and suppress price elasticity. Falsification: Indonesian cobalt output far exceeds guidance, and refined cobalt's metal-basis price stays persistently below cobalt sulphate's metal-basis (re-dissolution arbitrage normalises).
High cobalt prices force LFP (cobalt-free) substitution of NCM and LCO; LCO is already forced to cut and persistently below seasonal norms. If LFP penetration accelerates and ternary's EU exports weaken, cobalt-bearing demand will contract further. Falsification: ternary precursor monthly output turns negative MoM, LCO cutbacks widen, and LFP's share in power batteries rises faster.
Refined cobalt carries a significant fund character, and this week's slump was stop-loss liquidation. If macro liquidity tightens and stop-loss orders are released en masse again, refined cobalt may detach from fundamentals and fall further, suppressing salts via sentiment spillover. Falsification: refined cobalt keeps slumping against a firm-feedstock backdrop, and its divergence from Rotterdam refined cobalt widens.
If the following combination appears, the base case should be downgraded to bear: (1) the DRC quota loosens at the margin and cobalt intermediate imports recover consecutively + (2) Indonesia MHP ramps materially above 20kt + (3) LFP substitution accelerates such that ternary precursor monthly output turns negative MoM. All three holding simultaneously means the "quota-manufactured tightness" is dismantled jointly by a supply ramp and demand substitution, and the cobalt market returns to surplus. As of this report's data cut-off (18 June 2026), none of the above is triggered — imports are still low, arrivals are pushed to about August, and ternary precursor is still hitting new highs.
| Indicator | Latest | Unit | YTD | Data date |
|---|---|---|---|---|
| Cobalt intermediate CIF China | 25.15 | $/lb | +0.0% | 2026-06-18 |
| Refined cobalt (≥99.8%) | 383,500 | ¥/t | −16.1% | 2026-06-18 |
| Cobalt sulphate (≥20.5%, gross t) | 90,000 | ¥/t | −5.3% | 2026-06-18 |
| Cobalt sulphate (metal-basis) | 431,707 | ¥/metal t | −5.4% | 2026-06-18 |
| Cobalt chloride | 109,000 | ¥/t | −3.5% | 2026-06-18 |
| Cobalt tetroxide / Co3O4 (≥72.8%) | 338,500 | ¥/t | −7.4% | 2026-06-18 |
| Rotterdam refined cobalt (MB standard-grade equiv.) | 26.25 | $/lb | +6.1% | 2026-06-18 |
| Cobalt sulphate daily cash cost (intermediate route) | 93,990 | ¥/t | −3.0% | 2026-06-18 |
| Cobalt sulphate daily production margin | −5,490 | ¥/t | in the red | 2026-06-18 |
| Ternary precursor monthly output | 96,430 | gross t | +11.6% | 2026-05 |
| Ternary cathode monthly output | 88,950 | gross t | +9.7% | 2026-05 |
| LCO monthly output | 8,040 | gross t | −22.3% | 2026-05 |
| Cobalt hydromet intermediate imports | 1,247 | t | −37.0% | 2026-04 |
| Power-battery installs | 71,900 | MWh | — | 2026-05 |
| Battery-grade nickel sulphate (backdrop) | 33,560 | ¥/t | +18.9% | 2026-06-18 |
| Year | Supply (mine · quota-capped) | Demand | Balance | Read |
|---|---|---|---|---|
| 2024 | 230 | 212 | +18 | Surplus |
| 2025 | 248 | 226 | +22 | Surplus widens |
| 2026E | 232 | 240 | −8 | Quota caps supply → market turns tight |
| 2027E | 268 | 256 | +12 | Surplus returns |
Price definitions: the cobalt intermediate CIF and Rotterdam refined cobalt are in "$/lb"; refined cobalt and cobalt tetroxide are in "¥/t"; cobalt sulphate and chloride are delivered tax-inclusive transacted averages on a "gross-tonne" basis, with "metal-basis" noted where necessary. Classification: refined cobalt is a metal product and, by industry classification, is treated as an upstream/downstream metal and not counted in midstream refining; the core output of midstream refining is cobalt salts. Refined-cobalt attribution discipline: its strengthening often comes from valuation repair, destocking, spread arbitrage or reverse dissolution (re-dissolving into salts), and is not attributed to "futures-spot linkage". Forecast definitions: price scenarios are SMM's own view, stated on the cobalt intermediate CIF ($/lb); the three-factor framework and scenario probabilities are a qualitative-quantitative blended judgement, not a point-level promise. Inventory definitions: this account is not authorised for cobalt / cobalt-salt social and refiner inventory series, so inventory is referenced qualitatively only, with no figures given. Data sources: unless otherwise noted, price, cost and output data come from SMM Data-pro; import data are from China Customs, compiled by SMM; supply-share figures cite USGS definitions, compiled by SMM.