The silver price stands at $56.74 per troy ounce as of 3 August 2026, down 1.53% on the day and extending the broader retreat from June’s rebound levels. The silver price has fallen approximately 8.51% over the past month, though it remains up 51.68% year-on-year — a still-substantial gain, but smaller than the 58.39% year-on-year figure reported last cycle. The decline continues an extraordinarily volatile 2026, in which silver reached an all-time high above $121 per troy ounce in January before retreating sharply, rebounded briefly in June, and has now spent two consecutive months trending lower.
Current Silver Price
The table below shows the current silver price across the primary international benchmark and Chinese domestic grades. Trading Economics tracks over-the-counter (OTC) and contract for difference (CFD) instruments referencing COMEX silver futures. SMM (Shanghai Metals Market) quotes domestic Chinese silver ingot prices across multiple purity grades, with 13% VAT treatment applied.
| Benchmark | Price | Unit | Change | Date |
|---|---|---|---|---|
| COMEX/OTC Spot | $56.74 | USD/troy oz | -1.53% (day) | 3 Aug 2026 |
| 1-Month Change | -8.51% | — | — | 3 Aug 2026 |
| Year-on-Year Change | +51.68% | — | — | 3 Aug 2026 |
| SMM 1# Silver Ingot (China domestic) | $2,092.16 | USD/kg | -3.34% (month) | 3 Aug 2026 |
| SMM 2# Silver Ingot | $1,849.51 | USD/kg | -14.48% (month) | 3 Aug 2026 |
| SMM 3# Silver Ingot | $1,847.55 | USD/kg | -14.49% (month) | 3 Aug 2026 |
| SMM Silver Ingot (98–99.89%) | $1,847.55 | USD/kg | -14.46% (month) | 3 Aug 2026 |
The SMM grades show an unusual pattern this cycle: 1# ingot fell a modest 3.3%, while 2#, 3#, and the 98–99.89% grade all fell by a near-identical ~14.5%, opening a roughly $243/kg gap between 1# and the lower grades that did not exist last cycle, when all four grades traded within about $5/kg of one another. This divergence is large enough that it merits a second look against SMM’s live page before treating it as confirmed rather than a data-timing artefact, though it has been used here as supplied. The COMEX/OTC benchmark remains the standard reference for international trade and investment; the SMM domestic price is the relevant reference for Chinese fabricators and industrial buyers. Silver futures on COMEX trade in standard contracts of 5,000 troy ounces.
Silver Price Per Gram, Per Ounce and Per Pound
The table below converts the current silver price from the standard per-troy-ounce benchmark into the units most commonly used by jewellers, electronics buyers, and smaller industrial procurement teams.
| Unit | Silver Price (USD) | Notes |
|---|---|---|
| Per troy ounce | $56.74 | COMEX/OTC benchmark, Aug 2026 |
| Per kilogram | $1,824.05 | Calculated: troy oz ÷ 0.0311035 |
| Per gram | $1.82 | Calculated from per-kg rate |
| Per pound (lb) | $827.35 | 1 lb = 453.6g |
Prices are indicative and updated monthly. For contract pricing, consult the CME Group COMEX silver contract specifications or SMM directly.
Silver Price History
The silver price has experienced exceptional volatility in 2025–2026. After years of trading broadly between $15 and $30 per troy ounce, silver broke decisively higher on the back of solar panel demand growth, industrial supply tightness, and investment inflows. The metal reached an all-time high of $121.64 per troy ounce in early 2026 before a significant correction, rebounded to the $69–71 range in mid-June, and has since spent two straight months declining — now trading below $57 as of 3 August, its lowest level referenced on this page to date.
| Period | Silver Price (USD/troy oz) | Notes |
|---|---|---|
| All-time high | $121.64 | January 2026 (Trading Economics) |
| Mid-June rebound | $69.79 | 16 Jun 2026 |
| 1 July 2026 | $57.93 | Prior reading |
| 3 August 2026 | $56.74 | Current — down further, extending the decline |
| 1-month change (to Aug) | -8.51% | vs 1 Jul 2026 |
| Year-on-year change | +51.68% | vs Aug 2025 — down from +58.39% reported last cycle |
| Historical low | $3.53 | 1975 |
The longer-term silver price history illustrates its dual character. The 1980 Hunt Brothers episode briefly drove silver above $49 per troy ounce before a dramatic collapse. The 2011 commodity supercycle peak reached approximately $49.50 per troy ounce. The 2026 all-time high of $121.64 represented a fundamental repricing driven by structural industrial demand growth — particularly from photovoltaic solar manufacturing — though the persistence of the decline through July and into August, now a second consecutive month of falls, continues to suggest speculative positioning played a larger role than the January narrative acknowledged. The narrowing year-on-year gain (from +58.39% to +51.68%) is a useful reminder that even a metal still up sharply over twelve months can be in an active, multi-month downtrend on a shorter timeframe.
Silver Price in USD, EUR, GBP and Other Currencies
Silver is priced in USD on international exchanges but consumed across every major manufacturing economy. European solar installers, Japanese electronics manufacturers, Chinese photovoltaic producers, and Australian miners all operate in different currency zones. The table below converts the current silver price into the six currencies most relevant to CMN’s readership.
| Currency | Silver Price (per troy oz) | Exchange Rate (vs USD) |
|---|---|---|
| USD (benchmark) | $56.74 | — |
| EUR | €49.23 | 1 USD = 0.8677 EUR |
| GBP | £42.16 | 1 USD = 0.7431 GBP |
| JPY | ¥8,895 | 1 USD = 156.748 JPY |
| CNY | ¥383.10 | 1 USD = 6.7519 CNY |
| AUD | A$80.87 | 1 USD = 1.4253 AUD |
Exchange rates: Google Finance/XE, August 2026. CNY figures reflect the USD/CNY mid-market rate and do not represent the SMM domestic Chinese price, which incorporates VAT and may differ materially.
What Drives the Silver Price?
The silver price is shaped by an unusually broad set of demand drivers — a combination of industrial consumption, investment demand, and monetary characteristics that distinguishes silver from most other critical minerals.
Solar Panel Manufacturing
Photovoltaic solar cells are the fastest-growing end-use for silver and have become a primary structural demand driver. Silver paste is used as a conductor in solar cell manufacturing, and each gigawatt of solar capacity requires a meaningful quantity of silver. Global solar installation capacity has expanded rapidly through 2024–2026, driven by government mandates, falling panel costs, and energy security priorities following elevated energy prices. China dominates solar panel manufacturing and is therefore both the largest consumer and the largest domestic producer of silver relevant to this supply chain. The silver intensity of solar cells is gradually declining as manufacturers improve efficiency, but absolute demand continues to rise as installation volumes grow faster than silver intensity falls.
Electronics and Industrial Demand
Silver’s exceptionally high electrical and thermal conductivity makes it the preferred contact material across a wide range of electronics applications — printed circuit boards, switches, connectors, and semiconductors. Medical applications include antimicrobial coatings, wound dressings, and water purification. These diversified industrial applications collectively consume the majority of annual silver supply and provide a demand base that is relatively stable compared to investment flows, and are unlikely to explain a move of this magnitude and speed on their own.
Investment and Monetary Demand
Silver functions as both an industrial metal and a store of value, creating a dual demand structure that distinguishes it from base metals. Investment demand — through exchange-traded products, physical bullion coins and bars, and futures positioning — amplifies price movements in both directions, and the continuation of the decline into a second consecutive month is consistent with an extended unwind of investment positioning rather than a one-off correction. The silver price tends to outperform gold in precious metals bull markets (higher beta) and underperform in bear markets, which may explain why silver’s percentage decline has outpaced platinum’s over the same period. The gold-to-silver ratio should be rechecked against current gold pricing to assess whether the relationship remains near its historical 60–70:1 average.
Supply Concentration
Mexico, Peru, and China are the three largest silver-producing nations, collectively accounting for over half of global mine output. Australia, Chile, Bolivia, the United States, Poland, and Russia are significant secondary producers. Unlike many critical minerals, silver is primarily produced as a by-product of lead, zinc, copper, and gold mining — meaning silver supply is partially inelastic to silver price movements, since output decisions are often driven by the primary metal economics rather than silver alone. This by-product dynamic can create supply rigidity during periods of weak base metal markets, though it offers little explanation for a rapid demand-side price correction of this scale.
Macro and Monetary Policy
As a precious metal, silver is sensitive to real interest rates, the US dollar, and inflation expectations. Higher rates increase the opportunity cost of holding non-yielding precious metals, weighing on prices. Trading Economics has linked recent daily moves to shifting expectations around Middle East diplomacy and oil prices, alongside markets pricing a meaningful probability of further Fed rate action in September — both plausible contributors to the metal’s continued softness, though the multi-month scale of the decline points to a broader macro repricing rather than any single news event.
Silver Supply Chain and Critical Minerals Context
Silver’s role in the energy transition — particularly in solar photovoltaics — has elevated its strategic importance beyond its traditional precious metals classification. Several governments and supply chain analysts now treat silver as a critical mineral given the concentration of refining and fabrication capacity in China and the metal’s non-substitutability in high-efficiency solar cell designs at current technology levels.
The by-product supply structure creates an additional vulnerability: if base metal demand weakens and primary metal mine output falls, silver supply contracts regardless of silver price signals. This structural feature has contributed to tightening physical markets during periods of simultaneous base metal weakness and strong solar demand growth.
For coverage of silver’s role in the broader energy transition supply chain and its intersection with battery materials and photovoltaic manufacturing, see CMN’s Supply Chain section.
This article is for informational purposes only and does not constitute investment advice. Prices are subject to change without notice.
What is the current silver price?
See the current silver price table above, updated monthly. The international benchmark is the COMEX/OTC spot price quoted in USD per troy ounce. The Shanghai Metals Market (SMM) separately quotes domestic Chinese silver ingot prices in USD per kilogram across multiple purity grades. Both benchmarks are shown in the table above.
What is the silver price per gram?
The silver price per gram is calculated from the per-kilogram rate derived from the COMEX/OTC troy ounce benchmark. See the weight conversion table above for the current per-gram, per-troy-ounce, and per-pound figures, updated monthly.
What drives the silver price?
The silver price is driven by a combination of industrial demand — particularly from photovoltaic solar cell manufacturing and electronics — and investment demand, since silver functions as both an industrial metal and a store of value. On the supply side, silver is primarily produced as a by-product of lead, zinc, copper, and gold mining, making supply partially inelastic to silver price signals. Macro factors including US dollar strength, real interest rates, and Federal Reserve policy are significant additional drivers.
Who produces the most silver?
Mexico, Peru, and China are the three largest silver-producing nations, together accounting for over half of global mine output. Australia, Chile, Bolivia, the United States, Poland, and Russia are significant secondary producers. Unlike most critical minerals, the majority of silver is produced as a by-product of lead, zinc, copper, and gold mining rather than from primary silver mines.
What is silver used for?
Silver’s primary industrial uses are in photovoltaic solar cell manufacturing (where silver paste acts as an electrical conductor), electronics (printed circuit boards, switches, connectors), and medical applications (antimicrobial coatings, wound dressings). Silver also functions as an investment asset and store of value, traded in the form of bullion coins, bars, and exchange-traded products. Photography was historically a major end-use but has declined significantly with the transition to digital imaging.
What is the silver price forecast?
Silver price forecasts depend heavily on assumptions about solar installation growth rates, Federal Reserve monetary policy, and the pace of silver intensity reduction in next-generation photovoltaic cell designs. For detailed supply-demand modelling, consult the Silver Institute’s World Silver Survey, published annually, or specialist commodity analysts. Figures in this article do not constitute investment advice — see the price table above for the current benchmark.
Why is silver considered a critical mineral?
Silver is increasingly classified as a critical mineral due to its non-substitutability in high-efficiency photovoltaic solar cells and its concentration of refining and fabrication capacity in a small number of jurisdictions, particularly China. Its role in the energy transition — solar manufacturing requires significant silver volumes per gigawatt of capacity installed — gives it strategic supply chain importance beyond its traditional precious metals classification.

