Small Metals Prices Surge in 2026: Tantalum Up 157%, Germanium 84% — What Does It Mean for You?
Since 2026, prices of small metals like tantalum and germanium have skyrocketed over 80%, affecting chips, new energy, and more. This article breaks down the supply-demand logic behind the surge and its impact on our lives.
Small Metals Prices Soar: A "Salt Shortage" for High-Tech Industries?
You may not have heard of tantalum or germanium, but they are crucial raw materials for making chips, fiber optics, and infrared devices. Since 2026, prices of these small metals have skyrocketed — tantalum ingots up over 157%, germanium ingots up 84%, even molybdenum iron up 35%. Products we rely on daily — smartphones, EVs, 5G base stations — could become more expensive. Behind this price wave, is it inevitable scarcity or capital speculation? How should ordinary people view it?
Not All Metals Are "Small": The Supply-Demand Reality Behind the Data
According to Shanghai Ganglian data, as of June 1, prices of various small metals surged significantly compared to end-2025: tantalum ingots +157.69%, germanium ingots +83.82%, molybdenum iron +35.65%. In addition, "computing metal" tin also strengthened due to AI industry demand, with related concept stocks rising sharply (e.g., Huaxi Nonferrous Metal hit the daily limit). The core logic behind this price wave is consistent: rigid supply constraints + emerging demand expansion. For example, tantalum mainly relies on African mining areas with long expansion cycles; germanium is a coal byproduct with limited output; while demand for chips, photovoltaics, and AI servers is exploding.
Like "Salt in Cooking": Small Quantity but Indispensable
If high-tech products are compared to a feast, small metals are the salt — used in small amounts but essential for flavor. Tantalum capacitors are necessities for circuit boards, germanium is used in infrared lenses and fiber optics, and molybdenum is a specialty steel additive. Annual global production of these metals is often only a few thousand tons, sometimes less than gold. If a major mine halts or demand suddenly spikes, prices go parabolic. This surge is like a "supply-demand seesaw" : supply is hard to increase due to geopolitics and environmental restrictions, while demand is pulled by AI and new energy, causing short-term price explosions.
Who Gets Hurt? Who Benefits? Think Before You Jump In
- Workers: If you're in electronics, photovoltaics, or defense supply chains, you may face rising costs and squeezed profits. Companies that can't pass on costs may affect bonuses.
- Students/Job Seekers: Majors like materials, mining, and semiconductors may become more popular, but don't blindly follow the trend — industry cycles are volatile.
- Creators/Media: Topics like "China's rare earth/small metal strategic value" could be explored, but avoid spreading hype; emphasize rational understanding.
- Ordinary Users: Terminal prices for phones, computers, etc., haven't directly passed through yet, but if the surge continues, you may see electronics price hikes in 2–3 months. For investment, be cautious with related concept stocks — *ST Yabo has warned about "excessive market sentiment and irrational speculation".
Resource Bottleneck or Speculative Bubble? Don't Be Fooled by "Scarcity"
Pros: The price surge highlights the strategic value of small metals, benefiting resource-rich countries like China to strengthen supply chain security and promote recycling technologies. Cons: Some price increases have already diverged from fundamentals, with speculative funds exploiting the "scarcity" narrative for hype. For example, *ST Yabo hit six consecutive daily limits and then warned of "rapid decline risk" — the company has tight cash flow and losses, purely sentiment-driven. Tips to Avoid Pitfalls: Don't chase small metal stocks or futures at highs; evaluate the "resource nationalism" narrative rationally; pay attention to national reserve policy trends; don't enter at emotional peaks.
The More Advanced Technology, The More Precious Resources? We Need Balanced Thinking
From silicon to rare earths to today's small metals, every tech leap relies on scarce resources. But Earth's gifts are finite. Resource scarcity reminds us to respect nature. Meanwhile, tech innovation should also focus on recycling and substitution — e.g., making more efficient capacitors with less tantalum. As ordinary people, we can start with "cherishing things": extending device lifespan, supporting recycling. These small choices can add up.
What Do You Think of This Small Metals Surge?
Have you noticed smartphones or computers getting more expensive recently? Do you think this price surge is short-term speculation or a long-term trend? Feel free to share your thoughts in the comments. If you're worried about the impact on your life, watch domestic substitution and recycling industries — they may be more reliable than chasing concepts.