After Rome, No Rome; Silver Empire on the Brink?

Have you ever seen a market where demand is supposedly cooling, yet prices still fling you around like a rollercoaster?

In late January 2026, silver briefly surged to around $121 per ounce. The news instantly went viral. Everyone was shouting that silver was about to take off.

Those who bought silver index stocks were sending red envelopes in group chats. Those long on silver futures were bursting with confidence. They felt transformed from market investors to destiny’s chosen ones.

So what happened? By late May, silver had gradually fallen back to the $75–$77 range. In other words, if you jumped in at the peak in late January, your paper loss within just a few months would exceed 30%.

This is puzzling. If it’s a bull market, why are those chasing highs trapped? If it’s a bear market, silver is still significantly higher than its price at the start of 2025.

A real world, a magical silver market.

A huge precious metals market with massive global trading volume sees prices shoot up like a rocket, then plummet like an elevator with a snapped cable.

Is this human perversion or moral decay? Is someone manipulating? Is the bubble bursting? Or is silver simply a junk asset?

Before answering, let me ask you a question. If your home uses a rooftop water tower and you suddenly have no water while brushing your teeth, what would you do?

Most people would first check the water tower on the roof, right? If it’s fine, what’s the next suspect?

You might wonder why I’m talking about a water tower when the topic is silver.

Let me cut to the chase. In today’s show, I’ll dive straight into the underlying logic and raise a question that ordinary investors have intentionally or unintentionally ignored:

Silver market isn’t about the water tower running dry — it’s about the pipe being clogged!

Let’s first talk about the water tower.

There’s a sensational claim floating online: “Silver has only ten years left; after that it will be mined out.”

This is catchy and perfect for clickbait, but I tell you: mathematically it doesn’t hold up.

According to the latest mineral data from the US Geological Survey in 2026, global known economic silver reserves are about 610,000 tons. Global mine production in 2025 was roughly 26,000 tons. Simple math: 610,000 divided by 26,000 gives approximately 23.5 years. That’s silver’s reserve-to-production ratio.

So silver won’t be exhausted in just ten years.

There is still silver underground, and water in the tower. But the problem is sharp: a 23.5-year reserve-to-production ratio isn’t particularly ample for a commodity.

Now focus on the pipe problem.

Back to the earlier life example, let’s focus on the pipe.

Imagine your apartment building’s rooftop water tower has 1,000 tons of water. The management pats their chest, assuring you that water is plenty.

But the problem is the pipe connecting to your unit is as thin as a chopstick. When you turn on the faucet, only a trickle comes out. It takes half an hour to shower, and even cooking depends on luck.

You complain to management, and they say aggrievedly: “The water tower is fine — it’s full!”

But what good is a full tower if the water pressure is too low and flow too weak? You just can’t use it.

Anxious and angry, you yell: “Why isn’t the building’s water supply system being repaired in time? Why don’t you use better pipes!”

The management says even more aggrievedly: “We’ve been maintaining the system, and the pipes are all up to the latest standards. It’s just peak usage time — please be patient.”

See? This is the logic of silver today.

• The mines underground are the water tower.

• The silver that can be delivered, circulated, and obtained immediately in the market is the water in the pipe.

For decades, this pipe was thick enough. Mines produced, refineries processed, silver bars entered London and New York vaults, then factories used them for electronics, investors locked them in safes — the whole process was complicated but workable.

Recently, things have changed. Suddenly more outlets appeared, while the inlet didn’t get noticeably thicker. The water in the pipe is running short.

That’s the key: what really drives violent price swings is not how much silver exists theoretically underground, but whether enough silver that is cheap and deliverable can be obtained in the market today, tomorrow, and next month.

That’s the underlying logic behind silver prices going wild in recent years.

Let’s start with the demand side.

According to the 2026 World Silver Survey by the Silver Institute and Metals Focus, a counter-intuitive point is that not all demand is growing in 2026. On the contrary, much demand is falling.

Industrial demand is expected to decline; jewelry and silverware demand is suppressed by high prices; photovoltaic silver use is being reduced by technological progress.

By normal logic, falling demand should signal a looser market, oversupply, and falling prices.

But the report’s key statement: the silver market in 2026 is still expected to be in deficit, with a gap of approximately 46.3 million ounces.

You heard that right — although demand is falling, the market is still badly short of silver.

And this isn’t the first year of such a deficit. Since 2021, the silver market has been in a structural deficit for several consecutive years. The cumulative shortfall exceeds 700 million ounces.

These deficits haven’t simply disappeared; they have been drawn down from visible inventories on the ground. London vaults have a bit less, New York warehouses a bit less, and physical silver behind ETFs keeps moving in and out.

You might ask, if demand is falling, why is there a shortage?

The reason lies in the supply side.

Silver has a deadly characteristic: it’s not a metal you can quickly mine more of on demand. A large portion of global silver is not produced from primary silver mines, but as a by-product of lead-zinc, copper, and gold mines.

That is, the mine owners mainly dig for copper, lead-zinc, and gold, and silver comes along for the ride.

This is awkward. Silver prices rise, and mine owners are happy, of course. But they won’t immediately open a new copper mine just because silver prices went up.

Copper mines have their own investment cycles; lead-zinc mines have their own market logic. From exploration, permitting, financing, construction to actual production, it usually takes years.

You shout in the market: “Silver prices are up, come dig silver!” The mine owner may shrug: “I dig copper; silver is just a bonus. More rabbit is nice, but I can’t rebuild a whole prairie just for rabbits.”

So the supply side of silver is very inelastic. Price increases don’t translate into output expansion, or do so very slowly.

What about recycling? It helps, indeed. Old jewelry, silverware, industrial waste, e-waste can all yield some recycled silver. High silver prices stimulate recycling, no doubt.

But recycling has a ceiling. You can only recycle stuff when it reaches the end of its life. Silver in solar panels won’t be recyclable until the panels are retired after 20–30 years. Silver in electronics is even more dispersed; a phone may contain only a few hundredths of a gram. Collecting, dismantling, and refining all cost money.

So recycling eases the pressure but can’t solve the root problem. Mine output is rigid, recycling has limits, and the only buffer is inventory.

And inventory is being eaten away year by year.

At this point, you might say: “Aren’t there still plenty of silver in the London and New York vaults?”

Yes, there is. According to data from the London Bullion Market Association, as of end-April 2026, London vaults held 27,454 tons of silver.

That number sounds huge, with shiny silver bars stacked up as if there’s no shortage.

But the problem is, not all of this silver is “active silver.”

What is “active silver”? It’s silver that can be lent out, delivered, and circulated in the market at any time.

Much of the silver physically lying in London vaults already has an owner legally. ETFs occupy a portion, physical trusts occupy a portion, and structured products occupy a portion. When you buy a silver index fund, the fund company must have corresponding physical silver as backing. That lot of silver is still in the vault, but it doesn’t mean others can borrow it at will.

According to Metals Focus estimates, as of end-September 2025, the proportion of London inventory that was truly not tied to exchange-traded products and could support market liquidity once dropped as low as about 17%. By end-March 2026, that proportion had recovered to roughly 28%.

Liquidity has improved somewhat, but think about it: 28%... still doesn’t sound particularly ample.

It’s like a water tower with 1,000 tons of water, but 800 tons are already reserved for hospitals, schools, and fire systems. Only a small portion remains for daily residential use. The total figure looks good, but that doesn’t mean your faucet has real pressure.

Inventory figures look good, but that doesn’t mean liquidity is good. Many people still haven’t grasped this distinction.

More troubling: silver is not the first precious metal to walk this path. A similar story happened with palladium.

Many people are not familiar with palladium. It looks a bit like platinum, silver-white, and one of its main uses is in automotive catalytic converters. The catalytic converter in your car may use palladium.

Palladium and silver share an important commonality: they are highly dependent on by-product supply. Global palladium mainly comes from nickel and platinum group metal mines in Russia and South Africa.

If you want to increase palladium output, it’s not as simple as ramping up mine production just because palladium prices rise. You have to look at the capacity of nickel and PGM mines, the demand from the auto industry, and the mine investment cycle.

After 2016, as global auto emission standards tightened, palladium demand surged. But mine expansion couldn’t keep up, the spot market got tighter, and prices soared.

Palladium went from a few hundred dollars per ounce to several thousand dollars over a few years. It wasn’t that the earth suddenly ran out of material; it was that there wasn’t enough material that could be immediately circulated and delivered in the market.

That’s the scariest thing about by-product metals. It’s not a shortage of concept; it’s a shortage of liquidity.

This is where silver now resembles palladium the most.

Now let’s see: who is sucking hard on the other end of this pipe?

I divide them into three straws.

First straw: India.

Indians’ love for silver is cultural. Weddings require silver, religious festivals require silver, and households love to save in silver.

In the past, India bought silver mainly for jewelry and silverware, which was locked in cabinets after purchase, passed from mother to daughter across generations. In economic terms, that silver was largely “dead inventory” and didn’t participate much in market circulation.

But in the past two years, things changed. From April to December 2025, India’s silver imports reached $7.77 billion, skyrocketing nearly 129% year-on-year. This isn’t a slight increase — it’s a doubling.

More critically: a new regulation by the Reserve Bank of India took effect from April 1, 2026, allowing banks and financial institutions to accept silver jewelry and coins as collateral for loans. Note: not silver bars, not index shares, but qualified silver jewelry and coins.

This change is important! Previously, Indian households bought silver more for traditional savings and cultural consumption. Now silver can formally enter the mortgage lending system, giving it an additional financial attribute.

A family mortgages silver jewelry at a bank, gets cash flow, and the silver stays in the financial system. This means that silver in India is no longer just a dowry and holiday gift; it’s becoming a more formal household financial asset.

This straw is not temporary; it’s institutional.

Second straw: China.

China’s relationship with silver is more complex. China is a major global silver processing and manufacturing hub — silver powder, silver paste, silver contacts — a large amount of industrial silver products are tied to China’s manufacturing sector.

Previously, the global market viewed China as an important processing and supply node in the silver supply chain. But now, China’s domestic demand is also strengthening.

Photovoltaics use silver paste; battery management systems, charging interfaces, and electronic control systems in EVs use silver; energy storage and power electronics components use silver; 5G and high-frequency communication equipment also rely on these highly conductive materials.

As these industrial chains explode simultaneously in China, it is no longer just a faucet supplying the world; it is now also drawing in more silver on a large scale itself.

So the market worries not about whether China has silver, but whether China’s production capacity and inventory will continue to flow stably to global markets as before.

As soon as this expectation changes, the pressure in the pipe changes.

Third straw: Investors.

This straw is the most familiar to many friends. In 2026, physical investment demand for silver coins and bars is expected to grow significantly.

The reason is simple: gold is too expensive. Gold already costs several thousand dollars per ounce; ordinary people can’t buy much. Silver has a lower threshold — tens of dollars per ounce, and you can buy a silver bar for a few thousand yuan — psychologically easier to jump in.

And silver has a convenient narrative: it has both the safe-haven properties of a precious metal and the support of industrial demand. When investors hear that, they think it’s like gold and also like a new energy material. So when risk aversion rises, silver bars and coins head into safes.

The problem: once investment silver enters a safe, it’s not easy to come out in the short term. Unless prices fall so much that holders can’t bear it, or rise enough for them to cash out, this batch of silver also turns into dead inventory.

This is the silver straw effect.

A single straw might not be fatal: India buys more, but they always have; China’s domestic demand expands, but the industrial chain is rapidly upgrading; investors hoard silver, but sentiment will pass and they will eventually sell.

But when three straws suck simultaneously, who backs down first? The answer: probably no one in the short term.

The three big hands choking silver give no ground, and the market begins to gasp for air.

At this point, you might ask: “Isn’t it said that photovoltaics are the biggest silver consumer? Now PV is saving silver. Is silver doomed?”

Good question.

Photovoltaics indeed have been a major source of silver demand growth in recent years. Those fine conductive lines on the surface of solar cells rely heavily on silver paste.

But as silver prices rose too sharply, PV companies couldn’t bear it either. Solar modules are already a thin-margin industry, with fierce price wars over the past two years, leaving margins as thin as paper. When silver paste costs rise, companies must find ways to save silver.

So you can see the entire PV industry is accelerating the search for alternatives.

For example, silver-coated copper — coating a thin layer of silver on copper particles to achieve similar performance with less silver. Other approaches include copper electroplating, low-silver paste, and silver reduction solutions for different cell structures.

LONGi Green Energy also announced it is advancing a copper-based metallization solution based on BC cell technology, planning to mass-produce related products in the second quarter of 2026.

What does this show? Not that silver is unimportant, but that silver has become so expensive that the supply chain must save itself.

When does an industry frantically seek substitutes? When raw material costs are unbearable. When oil was expensive, the world went all in on new energy. But after years of new energy development, has oil demand disappeared? No. Because substitution is a long road, and new demand keeps emerging.

The same goes for silver. PV is saving silver, that’s a fact. But AI data centers, EVs, energy storage, power equipment, and electronic components are increasing their silver usage.

The Silver Institute also mentioned that data centers, AI-related technologies, and the automotive industry will still support silver consumption across various industrial end-uses.

Think about it: AI data centers don’t just need GPUs. GPUs plug into servers, servers need motherboards, interfaces, connectors; data centers need power supply, switchgear, relays, high-voltage contacts. Silver is one of the most conductive metals, and where high-reliability conduction is needed, copper can replace some but not all.

Same with EVs. Battery management systems, charging interfaces, electronic control units, various sensors and connectors may use silver. The amount per part may not be large, but the problem is the sheer quantity. Every car, every circuit board, every connector in the world consumes a tiny bit of silver. It adds up to a big pool.

This is the most bizarre aspect of silver.

It’s not as conspicuous as oil, not as high-profile as chips, and not as politicized as rare earths. It quietly sits on circuit boards, solar panels, and switch contacts. You don’t see it, but the industrial system can’t live without it.

More crucially: In November 2025, the US added silver to the final version of its critical minerals list.

Many people haven’t noticed this, but it’s very important. Critical minerals are not an ordinary list; it means the US government considers this material important to the economy and national security, and supply chain disruptions could affect key industries.

In the past, the list included familiar strategic resources like rare earths, lithium, cobalt, and graphite. Now silver has joined.

This doesn’t mean the US will buy up silver tomorrow, or immediately impose tariffs on silver. But it signifies that silver, from an ordinary precious metal, has formally entered the policy spotlight.

Once under policy scrutiny, things get complicated. In the future, it could affect the approval priority of domestic mining projects, influence policy support for recycling and refining, and also affect trade reviews and tariff discussions.

Especially since the US itself is highly dependent on silver imports. Data from the US Geological Survey shows: in 2025, the US net import dependence on silver was about 77%, with major import sources including Mexico, Canada, Chile, and Turkey, of which Mexico is one of the most important.

You read that right — it’s Mexico, not China.

This raises a question: if US-Mexico trade relations change, or if silver is placed into a broader trade negotiation, will the US silver supply chain become more fragile? If the US uses national security tools like Section 232 to review silver imports in the future, could global silver trade flows be reshuffled?

This is not saying it will definitely happen, but it means silver now has an additional variable: policy variable.

When a metal meets three conditions simultaneously, its price becomes difficult to explain with traditional supply-demand models alone:

1. Factories need it.

2. Investors hoard it.

3. Governments include it in their strategic resource vision.

Silver now meets all three.

So back to the opening story of the water tower and the pipe. Is there water in the tower? Yes, global known economic reserves are about 610,000 tons, with a reserve-to-production ratio of about 23.5 years. The silver on earth won’t disappear tomorrow.

But what about the pipe? The pipe is getting thinner and more clogged, and possibly affected by various policy valves.

India added a financial valve, China’s industrial demand added suction, and the US critical minerals policy added another layer of uncertainty. The thinner the pipe, the more unstable the water pressure. The more unstable the pressure, the more the faucet alternates between a violent gush and a trickle.

That is the underlying reason why silver surged to $121 and then fell back to $75–$77. It’s not simply a bubble, not manipulation, and not silver suddenly losing value. It’s that the market’s liquidity has become very fragile.

Of course, this is definitely not telling you to blindly jump in now.

Silver is highly volatile. From the peak in late January to late May, the drop was over 30%. If you put half of your savings into silver bars and the price falls 20% in a month, can you handle it? If you bought 10 silver bars at the top, your paper loss could already be more than the value of three bars. This is no joke; it’s a real drawdown of real money.

So I won’t give buy or sell advice, nor tell you whether you should chase. But I hope you remember three numbers from today’s show:

1. 23.5 years. This is roughly silver’s reserve-to-production ratio. There is still silver underground; don’t be scared by the “mined out in ten years” talk.

2. 46.3 million ounces. This is the estimated structural deficit in the silver market for 2026. It may sound like a small fraction of total demand, but in a market with thin free-float inventory, such a deficit is enough to cause violent swings in prices and lease rates.

3. 129%. This is the year-on-year increase in India’s silver imports from April to December 2025. A market of over a billion people is pushing silver from traditional jewelry and household savings into a more formal mortgage financing system. That straw is just getting thicker.

Together, these three numbers tell one story: the problem with silver is not that there is no silver, but that silver is increasingly unable to flow to those who need it most.

If you pay attention to new energy, AI infrastructure, EVs, and global supply chain restructuring, it’s worth keeping an eye on the silver pipe. Not because it will definitely rise, but because the thinner, more clogged, and more fragile a pipe is, the more likely it is to burst when the market least expects it.

When that happens, it won’t just affect the silver price. It will affect the cost of solar modules, EV components, connectors and silver contacts in data centers, and that impossibly thin yet indispensable layer of silver on every circuit board.

Ask a factory boss if silver is important. He might say it’s not, that the amount is tiny. But try cutting off the silver supply; many production lines will have a headache the next day.

That’s what silver is. No one talks about it every day, but everyone indirectly uses it. It doesn’t stand on center stage, but it hides behind every lamp. It doesn’t look like a lead role, but without it, many plays cannot go on.

So the real reason to watch silver is not whether it will hit a new high tomorrow, but that the pipe behind it is thinning.

The pipe problem has never been just about water.