US Adds Silver To Critical Minerals List

Key Takeaways

• In a significant policy shift, the US Geological Survey (USGS) has added silver to the federal critical minerals list, formally acknowledging its vital role in national security, infrastructure, and technological competitiveness.
• Global silver production has failed to meet demand for five consecutive years, driven by massive growth in “green” and high-tech sectors.
• Supply resilience is a growing concern because China controls approximately 70% of the global refined silver supply and recently implemented export-control protocols. 
• This new designation allows the federal government to prioritize silver in domestic investment, provide tax incentives for processing, and potentially streamline permitting for new mines. 

In November, the US Geological Survey (USGS) added silver to the federal critical minerals list, alongside copper and uranium, as part of a broader update that expanded the roster to 60 materials. The revision replaced the 2022 list and added 10 new minerals, including metallurgical coal, potash, rhenium, silicon, and lead. The list already contains 15 rare earth elements. While the inclusion of copper and uranium drew predictable attention, silver’s addition is arguably one of the most consequential: not because it is new to industry, but because federal policy has formally caught up to market reality.

The USGS list plays a practical role in shaping federal action. It informs Section 232 investigations into processed critical minerals and derivative products, a mechanism that can lead to tariffs or trade restrictions. It also guides federal investment priorities, tax incentives for domestic mineral processing, stockpiling decisions, and streamlined permitting efforts. In effect, inclusion signals that a material is considered vital to national security, infrastructure resilience, and technological competitiveness.

The Industrial Necessity of Silver

Silver fits those criteria with little controversy. Unlike gold, most refined silver is not stored in vaults; it is consumed. For five consecutive years, global silver production has fallen short of demand. The metal is embedded in a broad array of essential products: solar panels, semiconductors, smartphones, flatscreen displays, electric vehicles, medical devices, and industrial electronics. Its unmatched electrical conductivity and thermal efficiency make substitution difficult in high-performance applications.

Solar photovoltaic manufacturing has become one of the largest structural drivers of silver demand. Solar panels account for a large portion of annual silver consumption. Even as manufacturers reduce silver loadings per panel, the scale of global installations has expanded sufficiently to keep aggregate demand elevated. Electrification trends, including EV production and charging infrastructure, add further support.

The growth of artificial intelligence infrastructure reinforces this demand profile. Data centers, advanced chips, and high-speed networking systems rely on conductive materials with low resistance and high reliability. Silver’s properties make it indispensable in these systems. The industrial case for critical classification rests not on novelty, but on scale and strategic importance.

Geopolitical Risks and Structural Challenges

Supply dynamics add a geopolitical dimension. Roughly 70 percent of the global refined silver supply is controlled by China, according to industry commentary, and on January 1, 2026, China added silver to its rare earth export-control protocols. While silver is globally traded and mined in multiple jurisdictions, refining concentration and export oversight raise legitimate questions about supply resilience. The United States imports a significant share of its silver needs, leaving domestic users exposed to external disruptions.

At the same time, silver supply is structurally inelastic. Most silver is mined as a byproduct of copper, lead, and zinc operations. That means silver output does not respond quickly to silver prices alone; it depends on broader base-metal production cycles. When demand accelerates — whether from solar expansion or investment flows — supply adjustments can lag.

Markets have reflected these fundamentals. By the end of 2025, silver had posted an approximately 130 percent gain from earlier cycle lows. Investment vehicles tied to silver prices and production saw outsized returns over the same period. In October, the London market experienced backwardation: a rare pricing condition in which near-term contracts trade above longer-dated contracts, often interpreted as a sign of immediate physical tightness.

Demand has also contributed to tightening conditions. Central banks and exchange-traded funds increased precious metals allocations amid concerns about inflation, fiscal sustainability, and currency debasement. Silver’s dual identity — industrial and monetary — positions it uniquely in such environments.

Policy Implications and Resource Management

The updated critical minerals list also intersects with trade policy. Because the list informs Section 232 investigations, inclusion could theoretically expose silver and its derivative products to tariffs or other restrictions. This prospect has generated concern among precious metals traders and manufacturers who rely on imported silver. The United States depends heavily on foreign supply to meet domestic consumption. Any disruption to trade flows – even if intended to bolster domestic resilience – would have significant implications for pricing and market structure.

The broader policy context is instructive. President Trump has prioritized strengthening domestic supply chains for materials deemed essential to national security and technological innovation. Rare earth elements have been a focal point in US-China trade tensions. Copper imports comprise nearly half of US consumption, with much of global refining concentrated in China. Potash imports rely heavily on Canada. In that landscape, silver’s addition appears consistent with a strategy of reducing reliance on foreign-controlled supply chains for materials embedded in critical infrastructure.

For domestic producers, critical mineral designation may support exploration, facilitate permitting, and expand eligibility for federal financing or tax incentives. It may also encourage resource recovery from mine waste and recycling initiatives. While such measures do not guarantee immediate production growth, they align policy tools with the structural importance of the metal.

It is important to distinguish recognition from alarm. Silver markets remain liquid and globally integrated. Reserves are substantial, and recycling contributes meaningfully to supply. The designation does not signal imminent scarcity; it reflects strategic planning in light of persistent deficits and evolving geopolitical realities.

Conclusion

In many respects, the decision appears timely, and perhaps even late. Silver has been central to electronics and industrial manufacturing for decades. What has changed is the magnitude of demand from renewable energy, electrification, and advanced computing. Persistent production shortfalls, refining concentration, and export controls simply made the strategic case clearer.

For precious metals observers, the development underscores silver’s evolving narrative. It is not only a historical monetary asset but also a foundational component of modern industry. By adding silver to the critical minerals list, the federal government has formally acknowledged a fact markets have priced for several years: silver’s role in the global economy is structural, measurable, and increasingly strategic.

The policy move does not create new demand or new scarcity. It validates existing trends. In that sense, silver’s inclusion on the critical minerals list is not dramatic, it is economically logical, and arguably overdue.

 

About the author: Peter C. Earle, Ph.D, is the Director of Economics and Economic Freedom and a Senior Research Fellow who joined AIER in 2018. He holds a Ph.D in Economics from l’Universite d’Angers, an MA in Applied Economics from American University, an MBA (Finance), and a BS in Engineering from the United States Military Academy at West Point.

Prior to joining AIER, Dr. Earle spent over 20 years as a trader and analyst at a number of securities firms and hedge funds in the New York metropolitan area as well as engaging in extensive consulting within the cryptocurrency and gaming sectors. His research focuses on financial markets, monetary policy, macroeconomic forecasting, and problems in economic measurement. He has been quoted by the Wall Street Journal, the Financial Times, Barron’s, Bloomberg, Reuters, CNBC, Grant’s Interest Rate Observer, NPR, and in numerous other media outlets and publications.

 

Disclaimer: All opinions expressed by the author are the author’s opinions and do not reflect the opinions of Goldco. The author’s opinions are based on the author’s personal experience, education and information the author considers reliable. Goldco does not warrant that the information contained herein is complete or accurate, and it should not be relied upon as such.