Silver's Industrial Squeeze: When Record Prices Meet Buyers Who Cannot Pay

Silver has just done something rare among major metals: it outpaced gold through a two-year precious-metals rally and kept climbing into 2026 on its own industrial story. The spot price printed a fresh record above $93 per troy ounce in mid-January 2026 and was already up nearly 26% year to date, after a surge of about 170% across 2025 against gold's 73% gain. Yet the very industries that give silver its second identity — solar panels, electronics and the chips behind the AI buildout — are beginning to push back. The result is a market caught between a monetary bid and an industrial brake.

Two engines under one rally

Silver occupies a more complicated position than gold because it is both a precious metal and a core industrial input. It benefits from the same fear-driven demand that lifts gold, while also being tied to long-term themes such as electrification, solar energy and electronics. That dual engine explains why the metal can rally with gold in a risk-off tape and then extend the move when industrial narratives strengthen.

The numbers show how powerful the combination became. Silver surged about 170% in 2025, far outpacing the 73% gain in gold prices over the same period, and the spot price hit a record high above $93 per troy ounce in the third week of January 2026, up nearly 26% since the start of the year. Around $91 an ounce, the market is no longer pricing scarcity alone; it is pricing the possibility that scarcity persists.

The five-year deficit that made the catch-up possible

Longtime metals trader Robert Gottlieb (Robert Gottlieb), who spent his career helping large banks manage reserves, described the structural backdrop in an interview with NPR in October 2025: silver has been running in a five-year deficit, with demand outstripping supply for five consecutive years, while domestic production sits at its maximum. In his framing, silver first followed the gold run and then acquired a catch-up argument of its own, because it is simultaneously a safe-haven asset and a monetary metal with a history of being denominated in currency.

A multi-year deficit is not a headline; it is a slow drain on visible inventories. When such a drain meets a tariff scare or a logistical bottleneck, the price response is amplified precisely because there is no comfortable buffer of metal left in the right places.

Tariffs moved the metal before they arrived

Scheme of the silver flow from mining and recycling to fabricators and solar module assembly

The amplification mechanism of 2025 was unusually literal. At the beginning of the year tariffs were imposed initially on Mexico and Canada, and Mexico is the largest producer of silver in the world. The mere prospect of a duty on silver changed where metal chose to sit: prior to the threat of tariffs, about 250 million ounces of physical silver were sitting in CME warehouses in the United States.

Gottlieb walked through the arithmetic that traders priced in: with a 10% tariff and silver at $50, an importer would pay $5 just to bring the metal in, so silver would theoretically trade at $55 in the United States against $50 abroad. A domestic premium of that size pulls metal across borders ahead of any actual duty, and it leaves other vaults thinner than the global balance sheet implies.

The London squeeze and the cost of thin inventories

That relocation of inventories had a consequence on the other side of the Atlantic. A physical short squeeze in London last year amplified the surge after inventories were left unusually thin by large flows of metal into US vaults amid tariff concerns. A squeeze of this kind is not a change in annual supply or demand; it is a change in who holds the metal and where, and it forces buyers who need physical delivery now to pay up.

For industrial consumers, the lesson of the London episode is uncomfortable: in a deficit market with politically mobile inventories, the price of immediacy can detach from the price of the annual balance. Fabricators buying paste, contacts or brazing alloys do not consume the global deficit; they consume what is deliverable to their line this quarter.

Why industry cannot simply pay up

At some price level, fabricators and end users simply cannot absorb higher costs, wrote Ole Hansen (Ole Hansen), head of commodity strategy at Saxo Bank (Saxo Bank), in mid-January 2026. His description of the industrial response ladder is blunt: they either try to pass the cost on and fail, cut back on purchases, or look for substitutes.

Each rung of that ladder is already visible in the market. With silver trading around $91 an ounce, some industrial consumers have begun responding by cutting usage or turning to substitutes. Recently, major Chinese solar manufacturers Longi Green Energy Technology (Longi) and Jinko Solar (JinkoSolar) said they would begin substituting some silver with cheaper base metals — a decision taken in China, the centre of global module assembly, and therefore a signal with industry-wide weight.

Substitution starts where silver is hardest to replace

Solar is the cruellest place for silver to lose share, because it is also the place where the metal's conductivity has been hardest to replicate. Module makers have reduced silver loading per cell for years — the practice known as thrifting — and substitution with base metals is the next step on the same path, not a rupture. What changes at $90-plus is the economics of the step: experiments that were technically possible but commercially pointless at $25 become budget line items at $90.

Hansen's caution cuts the other way: it may take time before slower buying and the use of existing stockpiles become visible enough to change the broader narrative around silver's boom. Substitution announcements are leading indicators of demand destruction, not proof that destruction has already arrived in the monthly data.

What industrial buyers do next

Across the fabricating chain, the responses described by market participants cluster into a short list:

Slower buying: purchasing teams stretch orders and buy hand to mouth instead of building coverage.
Stockpile drawdown: existing inventories are consumed first, which temporarily hides true demand from the market.
Substitution: base metals replace silver in selected pastes, contacts and coatings, starting with the least performance-critical layers.
Failed pass-through: manufacturers attempt to raise output prices, and where they cannot, margins absorb the metal cost.
Design reformulation: cell and package designs are re-engineered around lower silver intensity, a change that locks in reduced demand for years.

None of these responses kills a rally immediately. All of them cap it, because each one converts price strength into a permanent reduction in the quantity of silver that industry needs per unit of output.

The monetary side of the tape

Gottlieb's sequence matters for anyone trying to forecast industrial demand: the last two years produced a tremendous rally in gold, and silver followed it. In his reading, gold has become the ultimate safe haven, and silver can claim a catch-up because it combines three properties at once — a five-year physical deficit, safe-haven status and a history as a monetary metal denominated in currency. The practical consequence is that silver's demand stack now includes flows that never consume the metal physically. Investment and monetary demand compete with fabricators for the same ounces, and when the monetary bid leads the tape, industrial buyers lose the quiet price-setting margin they enjoyed in surplus years.

This is why silver's industrial squeeze is not an ordinary cyclical cost shock. A cyclical shock fades with the cycle; a monetary bid fades only when fear or inflation expectations do, and it leaves behind a relocated inventory map and a re-based price level that contracts and specifications must absorb for years.

Supply cannot answer quickly

The supply side of Gottlieb's diagnosis is blunt: domestic production of silver is at max. Mine supply responds to price on a multi-year horizon, which is precisely why the deficit persisted for five consecutive years despite rising prices — the gap could not be closed by existing operations running harder. The fast buffers in any metal market are recycling and above-ground stockpiles. Recycling grows slowly, and the stockpiles that could have eased 2025 were the very metal that moved into US vaults ahead of tariffs, thinning London and setting up the squeeze.

When neither mines nor stockpiles can answer, price becomes the rationing mechanism. Hansen's ladder — pass on and fail, cut back, substitute — is what rationing looks like inside an industrial supply chain.

Reading the price ladder from $50 to $93

The tariff arithmetic Gottlieb described was anchored at $50: a 10% duty meant $5 of cost to import, a theoretical $55 domestic price against $50 abroad. Fifteen months later the reference price is elsewhere. Spot printed a record above $93 per troy ounce in mid-January 2026, up nearly 26% since January 1, after about 170% in 2025 against gold's 73%. Each rung of that ladder re-prices the industrial cost base: at $50 substitution was a research topic, at $70 a pilot programme, at $90 a budget line.

The pass-through is already visible to consumers. NPR noted in October 2025 that everything from sterling silver jewellery to solar panels was getting more expensive as prices hit all-time highs. The industrial squeeze, in other words, arrives in retail prices before it arrives in production statistics.

Three channels that absorb the cost

Between the mine and the end product, the cost of expensive silver is absorbed through three channels. Fabricators can compress their own margins, buying time but not a solution. They can pass the cost into end products, preserving volume but risking demand at consumer level. Or they can change the specification, removing silver intensity from the product itself.

The mix between the channels decides the market's next phase. Specification change is the only channel that permanently reduces future demand; consumer pass-through preserves demand but imports price elasticity from downstream markets; margin compression is finite and ends in either price increases or exit. Hansen's demand destruction is simply the third channel winning.

The order of the channels also matters for timing. Margin compression shows up in quarterly reports within one or two quarters; consumer pass-through shows up in retail price indices with a lag; specification change shows up last, in shipment data a year or more after the engineering decision. A market watching only the first two channels will repeatedly conclude that demand destruction has not begun, right up until the third channel appears in the numbers.

Scenarios for the rest of 2026

Three scenarios organise the uncertainty, and they are scenarios, not forecasts. In the first, the monetary bid persists and inventories stay thin: price discovers new highs, substitution accelerates across module makers, and 2027 opens with a structurally lower industrial demand base. In the second, investment demand plateaus and hoarded metal re-emerges: the squeeze premium unwinds faster than the deficit fundamentals, and industrial buyers obtain relief without changing a single specification. In the third and most plausible mix, price ranges high but not vertical: thrifting continues at its own engineering pace, investment inflows offset part of the destruction, and the deficit persists while narrowing.

Each scenario has a different winner. Scenario one rewards holders of metal and owners of low-cost supply; scenario two rewards patient buyers who deferred purchases; scenario three rewards companies that invested early in silver-light designs, because they keep the cost advantage even if the price falls.

A practical agenda for industrial buyers

For procurement and engineering teams inside silver-intensive industries, the squeeze translates into a working agenda rather than a market view. First, quantify silver exposure per product line in ounces and in percent of unit cost, because substitution decisions are only as good as that baseline. Second, separate contractual exposure from physical exposure: fixed-price contracts shift the pain to suppliers who will return it later as renegotiation or quality drift. Third, track the substitution frontier honestly — base-metal pastes carry reliability and yield risks that only appear after months of field data. Fourth, keep a watch on inventory geography: the London versus US vault spread is now a cost variable, not a curiosity. Fifth, plan for the possibility that relief arrives from investment demand fading rather than from supply, which would compress prices quickly and reward buyers who kept optionality instead of locking long contracts at the top.

None of these steps requires a price forecast. All of them require accepting that silver's price is now set at the intersection of a monetary auction and an industrial rationing queue — and that the queue has an exit door.

What would change the picture

Four observable developments would materially change the balance: tariff clarity that removes the incentive to relocate metal; a visible rebuild of London inventories; a measurable decline in silver loading per module showing up in trade and industry data; and mine supply additions arriving late in the decade. A fifth, less tangible, is investment fatigue — the point at which the monetary bid stops adding to every dip.

Until at least one of these appears, silver remains a market with two customer groups bidding for the same ounces: one that holds the metal and one that consumes it. The consuming group has the more elastic exit, and that asymmetry is the true content of the industrial squeeze.

The strategic conclusion

Every rally eventually meets its limit, and for silver the most likely brake is industrial demand destruction, Hansen wrote. The phrase deserves precision: destruction here does not mean factories closing; it means the quiet, engineer-driven removal of silver from bills of materials, ounce by ounce, design cycle by design cycle.

For buyers of silver-intensive goods — from sterling jewellery to solar modules — the squeeze is already real in the form of higher input costs. For investors, the five-year deficit and the monetary bid remain powerful arguments, but they now share the tape with a second force: an industrial base that has started to vote with its specifications. The market that spent 2025 discovering silver's scarcity will spend 2026 discovering the price at which its customers stop paying for it.