Silver demand in electronics : A single use of silver is on track to consume roughly as much metal each year as Chile pulls out of the ground.
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It’s not solar, and it’s not jewellery. It’s data centres, and the number comes from the World Silver Survey 2026, produced by Metals Focus and the Silver Institute, where it has been in print since April. I didn’t read it closely enough at the time, and two weeks ago I published an estimate of data centre silver demand that understated it. This article is the correction, and the corrected figure is more interesting than the one I had.
Silver trades at $67.00 today against gold at $4,495.94, putting the gold-silver ratio at 67.1. The metal rose 5.8% on Wednesday to an eight-week high as long-dated Treasury yields fell back from the levels they reached earlier in the week, which still leaves it about 45% below its January 29 intraday high and up roughly 77% on a year ago. Silver’s industrial demand is forecast to fall this year, and photovoltaics are the reason. That is accurate on the totals and incomplete on the composition underneath them, and page 51 is where the missing part sits. Golden Meadow publishes the fuller analysis this article draws on.
What the survey actually says
Page 51 of the World Silver Survey 2026, in a focus box titled “Novel Applications in New & Established Fields,” states that Metals Focus and the Silver Institute expect silver offtake from data centres alone to exceed 10% of electrical and electronics demand. On the 2026 forecast base of 422.9 million ounces that is more than 42.3 million ounces.
The box identifies where the metal goes: chip packaging, connectors and power modules, silver-based pastes that preserve signal integrity, and thermal interface materials that fill the microscopic gaps between chips and heat sinks. It also flags silver as a neutron absorber in nuclear reactor control rods, driven by the power demands of hyper-scale facilities, with small modular reactor expansion and plant life extension named as additional drivers.
One note on timing, because it changes how the figure should be quoted. The survey was published in April 2026 and says the threshold is expected to be exceeded next year, which on that publication date means 2027. Its demand forecasts run only to 2026, so there is no published 2027 electrical and electronics base to apply the 10% to. I have used the 2026 base of 422.9 million ounces as the nearest available reference. That makes 42.3 million ounces a scale estimate for a threshold the survey expects to be crossed in 2027, rather than a 2026 figure, and the distinction matters for the date rather than for the order of magnitude that the comparisons below rest on.
Now put 42.3 million ounces next to the things a reader already knows. Chile, the sixth-largest silver producing country, mined 42.7 million ounces across the whole of 2025, just ahead of Poland at 42.6 million. One application inside electronics is running at roughly the scale of a national mining industry. It is 83% of all brazing alloys and solders at 51.0 million ounces, an established industrial use that is still growing. It is 28% of the photovoltaic sector at 151.0 million ounces and 91% of the size of the 46.3 million ounce deficit the same organisations forecast for this year. And it is 15.6% of the derived non-photovoltaic electronics figure of 271.9 million ounces, so data centres take roughly one ounce in every six of the electronics silver that does not go into solar panels.
The correction, and the trap inside it
Two weeks ago I compared the net 9.0 million ounce gain in non-photovoltaic electronics against the 35.6 million ounces solar sheds, and concluded that the build-out replaces about a quarter of the loss. That set a net change against a gross change and understated the size of the customer. But the fix is not to set 42.3 million ounces against 35.6 million ounces either, because one is a level of annual consumption and the other is a year-on-year decline. Those do not net.
What the survey figure establishes is different and more useful. Data centres are not a promising new application at the edge of the electronics segment. They are already 15.6% of it outside solar, which is a far larger installed customer than I credited. The segment nonetheless nets only 9.0 million ounces of growth this year, because other uses inside it are shrinking. The survey’s India chapter gives one illustration of the mechanism: it reports that persistently high prices are likely to sustain thrifting, and that industry interactions there already point toward 5% to 7% lower silver content in electrical contacts. That finding is specific to India, but it makes the general point that thrifting is not confined to solar panels. It runs through contacts and connectors too, just far more slowly.
Two guardrails so this does not get oversold. The Semiconductor Industry Association reported second-quarter chip sales of $403.3 billion on August 6, up 35.1% on the quarter, with June sales of $134.5 billion up 123.6% year over year. That is a memory-pricing event before it is anything else. TrendForce records conventional DRAM contract prices rising roughly 93% to 98% quarter on quarter in the first quarter, lifting whole-industry memory revenue 81% in a single quarter to $97 billion, with a further 58% to 63% expected in the second and the pace then slowing to 13% to 18% in the third. Silver consumption tracks wafer starts, package counts and paste volumes rather than dollars per bit, so if bit shipments are broadly flat, a memory market that doubles in value consumes broadly the same silver. The second guardrail: 42.3 million ounces, is a level rather than a growth rate, and nothing in the survey tells us how fast it is rising.
Sources: Metals Focus and the Silver Institute: Silver Supply and Demand | SIA: Global Semiconductor Sales Increase 35.1% from Q1 to Q2 2026 | TrendForce: 1Q26 DRAM Industry Revenue Up 81% QoQ on Contract Prices | TrendForce: 3Q26 Memory Contract Price Outlook
What this means to Silver investors
The horizon here is two to three years and the direction is positive. It puts a number on a demand source the industrial case had until now been describing without one.
State its status carefully, though. The survey prints the 10% statement and the 422.9 million ounce base, both primary. The 42.3 million ounces is my multiplication of the two, a derived estimate resting on primary inputs rather than a number the survey publishes. Anyone quoting it should quote it that way.
It does not rescue 2026. Total industrial demand still falls from 657.4 million ounces to 639.6 million ounces this year and total demand still falls from 1,130.6 million ounces to 1,112.6 million ounces. What has changed is the composition underneath those totals, which is tilting toward a customer thrifting at 5% to 7% and away from one thrifting several times faster. That rotation is the demand half of the argument in Silver Rising. Solar manufacturers have a funded, industrial-scale engineering effort aimed at using less silver per panel, and the 35.6 million ounce fall forecast for this year is what it looks like when that effort works. The survey describes silver’s role in data centres in the opposite terms, as essential to chip packaging, connectors and power modules, managing extreme thermal loads and high-frequency signals, and says that role will become more critical as computing demand grows through 2030.
So, the honest reading is that the bearish story about industrial demand is correct for this year and the bullish story is correct for the years after it, and the crossover depends on which of those two thrifting rates holds. That crossover looks nearer than it did two weeks ago. It is still not 2026. Set against a market running into its sixth consecutive annual deficit, forecast at 46.3 million ounces, a demand line 91% the size of the shortfall is a material part of the longer-term case.
Silver demand in electronics:
| Topic | Key Information |
|---|---|
| Main Metal | Silver |
| Major Demand Area | Electronics |
| Why Silver Is Used | Excellent electrical conductivity |
| Key Concern | Growing industrial demand |
| Supply Factor | Mine production and recycling |
| Market Impact | Potentially tighter supply-demand balance |
| Investor Focus | Industrial demand, supply and future technology growth |
Frequently Asked Questions (FAQs)
1. Why is silver important for electronics?
Silver has excellent electrical conductivity, making it useful in many electronic components and electrical applications.
2. Is electronics demand increasing silver consumption?
Yes, the growth of electronics and advanced technologies is contributing to rising industrial demand for silver.
3. Could higher industrial demand support silver prices?
Higher demand can support prices if supply does not increase enough to meet consumption. However, prices are also affected by investment demand, economic conditions and other market factors.
4. Is silver only used as a precious metal?
No. Silver is both a precious metal and an important industrial metal. Electronics, solar technology, electrical products and other industries use silver.
5. What should silver investors watch?
Investors should monitor industrial demand, mine production, recycling, inventories, investment demand and developments in technology that may increase silver consumption.
Disclaimer
This article is intended for educational purposes only. The views and opinions expressed are those of individual analysts or brokerage firms and do not represent the views of GoldSilverReports.com. Investors are strongly advised to consult certified SEBI-registered financial experts before making any investment or trading decisions.