Lithium dominates the battery metal conversation, and rightfully so—it’s the core ingredient in most electric vehicle batteries. But investors who stop their research at lithium are missing significant opportunities in three other metals that are essential to the battery supply chain: cobalt, nickel, and manganese. Each carries distinct investment characteristics, supply chain dynamics, and risk profiles that make them worthy of serious consideration.
I’m not here to tell you these are guaranteed winners. The battery metal space is volatile, geopolitical, and subject to rapid technological disruption. What I can offer is a clear-eyed breakdown of what actually moves these markets, which companies matter, and where the real investment thesis stands as of early 2025. If you’re building a diversified battery metal portfolio, understanding the differences between these three metals isn’t optional—it’s fundamental.
The global transition to electric vehicles isn’t a single-metal story. Lithium might get the headlines, but a typical lithium-ion battery contains roughly 10-20% nickel, 5-10% cobalt, and 4-8% manganese, depending on the chemistry. Tesla’s latest 4680 cells are pushing toward high-nickel formulations. Meanwhile, LFP (lithium iron phosphate) batteries, while avoiding cobalt and nickel entirely, still use manganese in some formulations.
This means demand growth for these metals is structurally tied to EV adoption regardless of which battery chemistry wins. BloombergNEF projects global EV sales will exceed 40 million units annually by 2030, up from roughly 17 million in 2024. Even with aggressive recycling assumptions, primary production needs to scale dramatically to meet that demand.
Here’s what most generic investment articles miss: each of these metals has fundamentally different supply dynamics, pricing structures, and competitive moats. Treating them as a monolith leads to bad investment decisions. Let me break down each one.
Cobalt presents the most compelling—but also most controversial—investment thesis in the battery metals space. The metal is geographically concentrated to an almost absurd degree: approximately 70% of global cobalt production comes from the Democratic Republic of Congo, with a significant portion controlled by a small number of producers and tied to artisanal mining operations that have faced criticism for labor practices.
This concentration creates genuine supply risk. When VW and Samsung SDI sounded alarms about potential cobalt shortages in 2017-2018, prices spiked to over $75,000 per metric ton. The industry responded, developing cobalt-reduced and cobalt-free battery chemistries. Prices have since collapsed, falling below $30,000 per metric ton by late 2023 as new supply projects came online and EV growth temporarily slowed.
The question for investors is whether this represents a permanent structural shift or a cyclical opportunity. My take: cobalt will remain essential for high-performance battery applications, particularly for EVs requiring high energy density. The 2024-2025 period has seen prices stabilize in the $30,000-$35,000 range, and several junior miners have been forced to delay or cancel expansion plans due to lower prices. This could set up a supply crunch when EV demand accelerates more aggressively in 2026-2027.
Glencore (GLEN on London, 0805.HK in Hong Kong) remains the dominant producer, controls roughly 30% of global cobalt supply, and has the infrastructure to ramp production if prices recover. They’re not a pure-play cobalt stock—they’re a massive diversified miner—but their cobalt exposure makes them the most liquid way to play this theme.
Jervois Global (JRV on ASX, JRVGF on OTC) is a more speculative play. They acquired the Idaho cobalt project in the US and hold the Kinsale project in Finland. The company is targeting production start in 2026, making it a longer-dated bet on cobalt demand. They’re small (market cap under $200 million AUD) and not for the faint of heart.
Cobalt 27 Capital Corp merged with Amperex Technology in 2021, creating a battery metals streaming company that holds physical cobalt inventory and streams future production. This is a different business model—more like a financial instrument than a mining company—and it trades much more like a commodity fund.
I need to be honest: the bear case on cobalt is legitimate. LFP batteries now dominate the Chinese EV market (roughly 70% of Chinese EV sales use LFP), and this chemistry contains zero cobalt. Samsung SDI, SK On, and other Korean battery makers are aggressively developing cobalt-reduced batteries. If cobalt-free solid-state batteries arrive at commercial scale in the 2028-2030 timeframe, cobalt demand projections could decline significantly.
This isn’t a simple bullish narrative. The investment thesis requires accepting that cobalt remains essential for premium batteries while acknowledging that the downside scenario—widespread adoption of cobalt-free chemistries—could be severe.
Nickel is the highest-volume battery metal and the one most directly tied to the global EV rollout. A single Tesla Model 3 battery pack contains roughly 30-40 kg of nickel, compared to about 7-10 kg of cobalt and 5-8 kg of manganese. As automakers push for higher energy density, nickel content per battery is actually increasing.
The problem—and it’s a significant one—is supply. Nickel production has surged dramatically, led by Indonesia’s massive expansion of nickel processing capacity. The country now produces roughly 50% of global nickel, up from about 30% five years ago. This has created structural oversupply. Nickel prices that spiked above $50,000 per metric ton in March 2022 have since fallen to the $15,000-$18,000 range, roughly half the cost of production for many high-grade nickel mines.
The implications for investors are mixed. On one hand, low prices have crushed profitability for nickel miners and stalled new projects. On the other hand, this could set up a supply shortage when demand finally outpaces the current oversupply. The battery sector alone is projected to consume 40-50% of global nickel production by 2030, up from roughly 15% today.
Vale S.A. (VALE on NYSE, VALE3 on B3) is the world’s largest nickel producer and a diversified mining giant. They produce roughly 8-9% of global nickel supply from operations in Canada, Indonesia, and New Caledonia. Their Canadian operations produce some of the highest-quality Class 1 nickel, which commands a premium for battery applications. Vale has had operational and legal challenges (remember the 2019 Brumadinho dam disaster), but they remain a core holding for anyone interested in nickel exposure.
Norilsk Nickel (NILSY on OTC, GMKN on Moscow Exchange) is the other major pure-play nickel producer, controlling roughly 15% of global supply. Their Russian operations face significant geopolitical risk—sanctions, logistics challenges, and reputational concerns make this a complicated investment for Western investors. They’re actively developing battery-grade nickel products, but the Russia exposure cannot be ignored.
BHP Group (BHP on NYSE/ASX) and Anglo American (AAL on London) offer diversified exposure to nickel through their broader mining portfolios. BHP’s Nickel West operations in Australia are targeting battery-grade production, while Anglo American’s platinum group metals operations in South Africa produce nickel as a byproduct.
For investors seeking junior exposure, Nickel Industries (NIC on ASX) has been rapidly acquiring Indonesian nickel assets, though their rapid growth comes with execution risk.
Here’s the uncomfortable truth about nickel: the supply-demand balance looks genuinely oversupplied through at least 2027-2028. Indonesia continues to bring new processing capacity online, and much of this expansion is being driven by Chinese investment seeking to lock in supply for Chinese battery manufacturers. The price recovery may take longer than many bulls expect.
Additionally, the nickel market has faced quality concerns. A significant portion of Indonesian nickel is Class 2 nickel (ferronickel, nickel pig iron), which requires additional processing to meet battery-grade specifications. Not all of this capacity will successfully transition to battery supply chains.
Manganese is the most overlooked of the three battery metals, and that neglect may be warranted—or it may represent an opportunity. The metal is abundant (one of the most common elements in Earth’s crust), geographically diversified, and inexpensive compared to cobalt and nickel.
The battery application is growing but remains a small portion of total manganese demand, which is dominated by steel production (roughly 90% of manganese consumption is in steelmaking). Manganese is used in battery cathodes, particularly in LFP batteries and some ternary (NMC) formulations, but it doesn’t carry the same growth narrative as nickel or cobalt.
The investment case centers on high-purity manganese sulfate (HPMSM), which is required for battery applications. This is a higher-value product than the standard manganese ore used in steel, and there’s limited capacity to produce it at scale. If battery demand for manganese grows as projected, supply constraints could emerge in the HPMSM segment even while manganese ore remains abundant.
Anglo American (AAL on London) is the largest manganese producer through its 40% stake in the Kalahari Minerals consortium, which operates large manganese mines in South Africa. They produce roughly 30% of global manganese output and have been investing in battery-grade manganese production. As a diversified mining company with roughly $50 billion+ market cap, they’re the most “institutional” way to play manganese.
South32 (S32 on ASX/LSE) spun out from BHP in 2015 and holds manganese operations in Australia (through a 60% stake in the GEMCO joint venture with Anglo American) and South Africa. Their Australian operations produce high-grade manganese ore, and they’re actively developing downstream processing capabilities.
Elementium (EFM on OTC) is a much smaller, speculative play—a US-based company focused on developing a domestic manganese supply chain for batteries. They don’t yet have meaningful production, but they represent a pure-play bet on US manganese supply chain development.
China’s cnmoNIC and other Chinese producers dominate manganese processing, and several Chinese-listed companies offer exposure. However, these are harder for most Western investors to access and evaluate.
I have to be direct: the manganese investment thesis is weaker than cobalt or nickel. The metal is abundant, the supply chain is less concentrated (Australia and South Africa are major producers, not just one country), and battery demand, while growing, remains a small portion of total consumption.
If you’re looking for the next lithium-style moonshot in manganese, you’ll probably be disappointed. The thesis is more modest: steady demand growth with potential for supply constraints in battery-grade processing. This makes manganese a lower-conviction position than nickel or cobalt.
For practical portfolio construction, here’s how these metals stack up across the key factors:
Supply concentration is highest for cobalt (roughly 70% from the DRC), followed by nickel (about half from Indonesia), then manganese (more distributed between Australia and South Africa).
Price volatility is extreme for cobalt, high for nickel, and relatively low for manganese historically.
Battery demand growth is projected as very high for nickel, moderate for cobalt and manganese.
Supply risk follows a similar pattern: high for cobalt, moderate for nickel, low for manganese.
Investment accessibility is good for cobalt and nickel (multiple liquid options), more moderate for manganese.
Pure-play options are limited for cobalt and manganese, but decent for nickel.
My honest assessment: nickel offers the best risk-reward for a core battery metal allocation due to volume and demand growth, cobalt offers higher-risk higher-reward exposure to supply constraints, and manganese serves as a smaller, lower-conviction satellite position.
Cobalt’s DRC concentration creates genuine supply risk—not just from political instability, but from potential regulatory action, ESG pressure, or trade restrictions. Nickel faces Indonesia risk, where regulatory unpredictability and environmental concerns have led to export restrictions. Manganese is more diversified but still faces South African infrastructure challenges.
Battery chemistry is evolving rapidly. Solid-state batteries could reduce or eliminate cobalt demand. LFP chemistry is already displacing nickel-rich batteries in cost-sensitive applications. If sodium-ion batteries scale faster than expected, all three metals face demand destruction. The battery technology you see in 2030 may look very different from today.
All three metals have experienced dramatic price swings. Cobalt went from $30,000 to $75,000 and back to $30,000 in a decade. Nickel experienced a historic short squeeze in 2022 that broke the London Metal Exchange’s trading system. Manganese has been relatively stable but could experience volatility as battery demand grows.
These are dollar-denominated commodities, but production costs are often in local currencies. South African manganese producers face power constraints (Eskom’s grid instability). Indonesian nickel producers face rising energy costs. Canadian and Australian cobalt/nickel producers face elevated labor and regulatory costs.
For most investors, the simplest approach is owning large diversified miners with significant battery metal exposure. Vale, BHP, and Anglo American offer this exposure with institutional-grade governance, liquidity, and balance sheet strength. You sacrifice pure-play upside but gain safety and simplicity.
Jervois Global, Nickel Industries, and similar junior miners offer higher beta exposure. These are suitable only for investors with high risk tolerance and longer time horizons. Junior miners can 5x or 10x, but they can also go to zero if projects stall or prices stay low.
Cobalt 27’s model (streaming future production for upfront cash) offers a different risk profile than traditional mining. This is more like owning a commodity fund than a mining company.
Several battery metal ETFs exist, though they often focus on lithium or include a broader set of battery materials names. For pure exposure, individual stocks offer more control.
Battery metals beyond lithium represent genuine investment opportunities, but they require more nuance than the “EVs are growing, so buy this metal” narrative suggests. Each metal has distinct supply dynamics, competitive moats, and risk factors that smart investors need to evaluate independently.
Cobalt remains the highest-volatility, highest-potential-opportunity play on supply constraints. Nickel offers the most direct exposure to volume growth but faces near-term oversupply. Manganese is the modest, underappreciated option with less dramatic upside.
As of early 2025, I’m cautiously constructive on cobalt at these price levels (sub-$35,000), neutral on nickel given the supply surplus, and view manganese as a small satellite position. Your own allocation should depend on your risk tolerance, time horizon, and conviction on battery technology evolution.
The one thing I won’t do is pretend this is predictable. The battery supply chain is being built in real-time, and technology choices made in the next 2-3 years will determine which metals thrive and which become stranded assets. Do your own research. This market rewards nuanced thinking and punishes simplistic narratives.
Disclaimer: This article is for informational purposes only and does not constitute financial advice. Battery metal investments are highly speculative and subject to significant risks, including commodity price volatility, geopolitical factors, and technology disruption. Consult a qualified financial advisor before making investment decisions.
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