
The following content is sponsored by Eloro Resources
Tin, often called the "glue" of the electronics industry due to its critical role in solder, is poised for a significant demand surge in the coming years. While traditionally used in tinplate for packaging and chemicals, its future is increasingly tied to the rapid advancements shaping our modern world. Projections indicate a substantial rise in global tin consumption by 2030, driven by a confluence of technological megatrends.
The primary engine for this growth remains the electronics sector. Tin-based solder is indispensable for connecting components on circuit boards found in everything from smartphones and computers to the expanding Internet of Things (IoT) and 5G infrastructure. Furthermore, the artificial intelligence (AI) revolution and the build-out of data centers require vast amounts of sophisticated electronics, all relying on tin. Alongside electronics, the global shift towards green energy and electrification is creating powerful new demand streams. Electric vehicles (EVs) typically use significantly more tin than conventional cars, primarily in their complex electronic systems and potentially in future battery technologies. Renewable energy sources, particularly solar power, also contribute, with tin solder used extensively in the manufacturing of photovoltaic (PV) panels.
Market forecasts vary slightly, but analysts generally predict global refined tin demand to climb considerably from current levels (around 400 kilotonnes per year) towards the range of 450-500+ kilotonnes by 2030. This represents a compound annual growth rate potentially exceeding that of the past decade.
However, this rising demand faces potential supply constraints. Concerns exist about underinvestment in new mining projects needed to meet the projected consumption. Existing mines face declining ore grades, and bringing new capacity online requires significant time and capital. Geopolitical factors and potential policy changes in major producing countries like Indonesia and Myanmar add further uncertainty to the supply chain, which is heavily concentrated in Asia. Consequently, many analysts predict a growing supply deficit emerging towards the end of the decade, highlighting the urgent need for investment in exploration, new mine development, and enhanced recycling efforts to power the technologies of the future.
Sponsored by:

Eloro Resources Ltd. is a mineral exploration company advancing a world-class silver and tin project in Bolivia’s historic Potosí Department. Its flagship asset, the Iska Iska Project, ranks among the top five undeveloped global resources in terms of scale for both tin and silver.
This significant grassroots discovery remains open in multiple directions, offering substantial potential for continued expansion and resource enhancement. Iska Iska benefits from strong infrastructure access and a deeply rooted presence in Bolivia, supported by an experienced management team and meaningful community engagement.
Eloro’s strategy is focused on resource growth, strategic partnerships, and establishing a leading position within the global mining sector.
Learn more at elororesources.com.
Sources:
- International Tin Association (ITA) reports and analyses (e.g., "The need for investment in tin future supply," "Tin technologies: Discover how tin is making the future," "Solar power emerging as a major tin use").
- Market research reports (e.g., Mordor Intelligence "Tin Market Size & Share Analysis," Kings Research "Tin Market Size, Share, Trends & Industry Analysis," IMARC Group "Tin Market Size, Industry Demand, Outlook & Analysis").
- Investment manager insights (e.g., Lombard Odier Investment Managers "Tin: a hidden beneficiary of semiconductor demand").
- Industry news and analysis (e.g., Mining Review Africa, MINING.COM, Crux Investor, Resource World Magazine, First Tin).
- Technology news outlets (e.g., Discovery Alert, BROQUETAS, S.L.).
The information presented here may contain inaccuracies and is subject to rounding. We do not guarantee that all information is complete or correct. We accept no responsibility for any errors, omissions, or outcomes resulting from the use of this information. This is not investment advice.
Explore More

For four decades, the American coalfields hosted an engineering arms race measured in cubic metres of bucket. It ended not with a bigger machine, but with a deliberate retreat. The single largest mobile land machine ever built, the Marion 6360 "Captain," was commissioned in 1965 and destroyed by fire in 1991. No shovel has approached its scale since, and the machines that replaced it were smaller by design.

Indium is one of the metals you never see but use constantly. As indium tin oxide, it forms the transparent conductive coating on nearly every LCD and touchscreen, and that single application still accounts for most global consumption, according to the USGS. But the metal's role is broadening. Its compounds now sit inside the high-speed optical chips that route data through AI data centers, a shift that has turned a quiet, display-driven material into one buyers watch closely, especially as China refines about 70% of it and has begun tightening the flow.

In September 2022, the Pentagon quietly stopped taking delivery of new F-35 fighter jets. The reason was not a design flaw or a manufacturing defect. A single small magnet inside the plane's engine had been made using an alloy from China, which is banned under U.S. defense procurement law.

One consumer-electronics company is now worth more than every publicly traded mining company on Earth combined. The graphic above captures the June 5 snapshot, when the 317 publicly traded miners tracked by CompaniesMarketCap were worth about $3.48 trillion





