Commodity Import Trends

Let’s talk about copper imports and some of the complexity right now in anticipating overall effects on users (both in terms of timing and magnitude of effects). Two charts below (one my own, one reproduced from Bloomberg, originally from https://lnkd.in/g__Rvwet). Thoughts: •The top chart shows metric tons of imported copper cathodes & sections of cathodes (HTS 7403.11.0000), which is by far the largest imported type of manufactured copper product (HTS 74), with 2024 imports totaling $8.47 billion dollars (out of $17.2 billion in imports for all of HTS 74, or about 49.4%). In 2024, the average month saw ~75,000 tons of imports. April and May 2025 (last two data points) saw imports of 201,434 and 218,133 tons, respectively (or 2.7x and 2.9x prior year average monthly imports). This frontloading means there is a large stockpile of copper already in the USA that won’t be hit with tariffs. •However, before spiking the inflation football and saying “well, then there will be no inflation”, you need to look at the second chart. This shows the percent premium for US copper futures (Comex) relative to the London Metal Exchange. Normally, that premium is quite low. However, it exploded in 2025, reaching over 20% since 7/8 (when the 50% copper tariffs were announced). For reference, LME copper trades around $10,000 a ton today. What this means is that US users of copper have been paying a 5-15% premium for copper relative to firms in other countries over the past few months, which has now increased to above 20% (and this is before tariffs take effect). •Why does that price premium matter? Simple: higher copper prices in the USA reduce the competitiveness of US exports that contain copper. Moreover, it’s important to remember that far more people are employed in industries that use copper versus the entire copper mining, smelting, refining, and product industrial complex. Simple example: electrical equipment and component manufacturers (NAICS 335) employ 400,000 workers (https://lnkd.in/gEXCTusE), with electrical products extensively using copper. In contrast, the USGS reports just 13,000 workers in the entire copper industrial complex in the USA (https://lnkd.in/gU-pftdr). Implication: Copper tariffs are another example where we are tariffing an upstream intermediate input used by far more workers than employed in the industry that makes the upstream intermediate input. Such trade policies are net job killers, and have even been termed self-harming trade policy (https://lnkd.in/gWgxQjtY). #economics #markets #shipsandshipping #supplychain #construction #supplychainmanagement #manufacturing 

Mr. Sanjiv Kumar Singh completed his tenure as CMD of Hindustan Copper Limited, running India's only vertically integrated copper producer. In his final CNBC-TV18 interview, he said Hindustan Copper built their entire Vision 2030 plan on a conservative copper price of $9,000-$10,000 per ton, and that is their internal planning assumption through FY2030. He said AI data centers and the energy transition are holding the floor. Freeport-McMoRan's Grasberg mine in Indonesia, which was expected to ease global supply, has pushed a full restart to early 2028. The supply gap is longer than most analysts priced in. Most energy procurement conversations stop at tariffs. The commodity layer tells a quieter story. 📍Solar plants use 2-5.5 tons of copper per MW, roughly 2-5x more than a conventional plant 📍Onshore wind needs 3-4.7 tons per MW (IEA, Critical Minerals report) 📍India is at 283 GW of non-fossil fuel capacity today, targeting 500 GW by 2030 217 GW still needs to be built in 4 years. Every GW of that needs copper.  Hindustan Copper is already in advanced talks with CODELCO – Corporación Nacional del Cobre de Chile to acquire blocks in Chile and ship concentrate back to India. The demand signal from India's own energy buildout is that strong. What this means for enterprises evaluating green energy right now: More renewable capacity being built means more copper being consumed. That demand, against a supply gap running to 2028, is pushing construction costs in one direction. This is not a reason to pause the shift to renewables. It's the opposite. The sooner you lock in a PPA, the better the economics you capture before construction costs move against you. At Opten Power, we help enterprises lock in long-term PPAs before commodity cycles and tariff shifts change the project economics. Is your procurement team tracking commodity pressure on renewable project costs, or only the tariff side?

The global copper market is tightening – and recent tariff announcements have accelerated this trend. The copper price jumped the most in a single day on record (going back to 1969) after U.S. President Trump said that copper tariffs could jump to 50%.* In our view, governments see the importance of securing critical minerals supply. They are also aware that supply may struggle to keep up with demand over the next decade. Long-term demand is driven by infrastructure spending, electrification, materials-intensive renewable energy, AI data centres and surging power requirements. The International Energy Agency’s solar capacity additions forecast implies that this use alone will require around 22 million tonnes of copper between now and the end of the decade (total global copper demand in 2024 for all uses was around 27 million tonnes).** And in the near term, China’s copper demand has been extremely strong during the first five months of this year. See the chart. On the supply side, we have seen 650,000 tonnes of production downgraded this year which represents a 2.7% hit to global supply.*** This is largely due to severe flooding at the underground Kamoa Kakula mine in the Democratic Republic of the Congo, caused by seismic activity. These supply-demand issues mean that copper prices held up well in 2025 even before the recent jump, despite concerns that tariffs will be a drag on global economic growth. An interesting question is what happens in the second half of the year as some of the front-end loading of demand (as buyers seek to get ahead of tariffs) ends. We continue to believe that prices will need to keep moving higher in the longer term to support the development of new greenfield projects and offset ongoing inflation. Capital at risk *Financial Times, 9 July 2025 ** IEA, May 2025 ***Wood Mackenzie, May 2025

Copper is moving from a cyclical commodity into a structural bottleneck. This chart shows a supply gap opening from 2027 onward that widens steadily into the next decade. Even under conservative assumptions, mine supply struggles to keep pace with demand driven by electrification, grid expansion, EVs, data centers, and energy storage. New projects are not arriving fast enough, ore grades are declining, and permitting timelines have stretched to a decade or more. The result is not a temporary imbalance, but a persistent deficit that compounds over time. What markets often miss is that copper supply cannot respond quickly to price signals. By the time higher prices incentivise investment, the demand has already moved on. That makes this cycle fundamentally different from past booms. If the deficit materialises as projected, copper prices will not just reflect growth expectations, but the cost of scarcity. And scarcity, once embedded in infrastructure, tends to reprice assets for much longer than investors initially expect. Source: Financial Times

Copper’s Structural Tightness: Inelastic Supply, Inventory Fragmentation and the Economics of Scarcity Copper’s current market strength is best understood not through short-term price movements, but through a deeper structural lens. What the market is increasingly reflecting is a persistent and widening gap between long-term demand growth and the mining industry’s limited capacity to deliver new, flexible supply. This is not a cyclical imbalance; it is a structural condition that has been building for over a decade. On the supply side, copper has become markedly inelastic. Declining ore grades, higher capital intensity, longer development timelines and growing regulatory and environmental constraints have reshaped project economics across major producing regions. Even at elevated incentive prices, the pipeline of advanced projects remains thin, and production growth struggles to keep pace with underlying demand. In economic terms, the supply curve has steepened significantly, reducing the market’s ability to self-correct through price signals alone. This rigidity has been compounded by an increasingly fragmented inventory structure. While global visible stocks have risen, a disproportionate share has been accumulated in the United States, particularly in COMEX warehouses. This geographic concentration has reduced effective liquidity in other regions, creating localized scarcity despite higher aggregate inventories. As a result, premiums for immediate physical delivery outside the US have widened, reinforcing the perception of tightness across international markets. Inventories, in this context, are no longer a neutral buffer but a source of distortion. Demand dynamics remain structurally supportive. Copper consumption is now anchored in long-duration investment themes such as electrification, grid expansion, renewable energy integration and data-driven infrastructure. These are not discretionary or easily deferred uses of capital; they are embedded in national energy strategies and corporate investment plans. Unlike past cycles, copper demand today is less sensitive to short-term economic fluctuations and more closely tied to irreversible structural transformation. Overlaying these physical fundamentals is a changing monetary environment. Expectations around interest rates, liquidity conditions and currency stability have elevated copper’s role beyond that of a traditional industrial input. It increasingly functions as a real asset linked to long-term growth and strategic infrastructure, attracting capital from both industrial consumer - financial investors seeking exposure to tangible scarcity. For producing jurisdictions such as Chile, this environment represents a strategic crossroads. High prices alone will not translate into production growth without regulatory certainty, efficient permitting and competitive investment frameworks. The global copper market is delivering a clear signal: scarcity is no longer episodic, but institutional.

Not financial advice. This is the case for copper. 📈 If you put a gun to my head and asked where there is opportunity from now until 2030, I'd pick one commodity. Copper. Not because it's sexy. Because the math is broken in the right direction. Three demand shocks are hitting the same metal at the same time: → AI data centers & other infra. A single hyperscale facility can require up to 50,000 tonnes of copper for wiring, grounding, and cooling. BNEF projects AI-related copper demand will average ~400,000 tonnes a year over the next decade. → Electrification. An EV uses 3–4x the copper of an ICE vehicle. Solar and wind use 2–5x more copper per megawatt than gas. Every EV sold, every panel installed, every turbine spun is pulling more copper than the thing it replaced. → Grid rebuild. The transmission infrastructure of most developed economies was built for a load profile that no longer exists. Rebuilding it is a copper story. Now the supply side. It takes roughly 17 years to move a major copper project from discovery to production. The copper needed for 2030 had to be found and permitted in 2013. It wasn't. Ore grades at the world's biggest mines have dropped below 0.6% — half what they were 25 years ago. Grasberg, the world's second-largest copper mine, is still operating under force majeure after a mudslide in September. Chilean and Peruvian production keeps disappointing. S&P Global's January 2026 study puts it plainly: global copper production is projected to peak in 2030 at 33 million metric tons, while demand is headed to 42 million by 2040. That gap doesn't close. You can't permit, finance, and build your way out of it on that timeline. JPM sees 2026 averaging ~$12,075/tonne. BNEF models a peak around $13,500/tonne in 2028. I think both are conservative if AI capex holds. What would break the thesis: a real global recession, aluminum substitution running faster than expected, or AI capex cracking. All possible. Act accordingly. How I'd actually action it: diversified copper miner exposure (COPX), or individual majors like Freeport-McMoRan, Southern Copper, Teck. Miners give you operating leverage on the way up — and on the way down, which is why sizing matters more than picking the right metal. Or just a copper ETF. Copper is the only commodity where I can point to a physical deficit math problem and a new demand vector (AI) that didn't exist in the last cycle. That's about as clean as a multi-year thesis gets. Again, not financial advice. Just the case. #copper #commodities #AI #electrification #investing

Doctor Copper: why $11k/t means risk — not comfort Copper’s move into the ~$11,000/t neighborhood is not a simple “bull market” signal — it is a price that compresses multiple structural stresses into a single number. On 13 Oct 2025, COMEX futures closed near $5.09/lb (~$11,220/t) and LME 3-month traded in the $10.5k–11k/t band. 📊 What the headline numbers hide. Visible exchange stocks are large on paper — total monitored inventories across major exchanges approach the half-million tonne mark — and LME-registered stocks sit around ~139–140 kt. But a growing body of industry analysis shows those tonnes are uneven by format, location and deliverability. China holds a disproportionate share of refined metal destined for domestic manufacturing; Europe and the U.S. face real constraints in semi-finished products and timely deliveries. ⚠️ Supply risk is real — and rising. Several major mine and smelter disruptions ( CODELCO – Corporación Nacional del Cobre de Chile, Grasberg mine, regional outages) have removed large volumes from the forward supply curve, creating a risk premium that markets are now pricing. Fastmarkets Metals and Mining and CRU have signalled elevated mine-loss estimates and record stress on TC/RC (concentrate treatment) benchmarks — a bottleneck that separates mined tonnes from refined, deliverable metal. 🔍 The paradox explained: 1️⃣ Location mismatch: Metal in China ≠ metal deliverable to Western factories on short notice. 2️⃣ Product mismatch: Cathodes are not a drop-in replacement for specialized semi-finished goods. 3️⃣ Processing choke points: High TC/RCs and constrained smelter throughput reduce effective supply. 🧭 How to act (practical, differentiating moves) 💡 Trade the spreads, not the headline price. Arbitrage opportunities will persist between Chinese refined metal and Western deliverables once logistics & tariff costs are modeled precisely. 📈 Monitor TC/RC, LME inflows/outflows and regional premia daily. These variables will lead prices, not lag them. 🌐 Build hybrid sourcing: blend spot purchases in low-cost jurisdictions with short, flexible contracts in regions with prompt delivery capability. Spatial optionality is the new hedge. 🧠 Operational intelligence beats macro soundbites: Deploy field signals (warehouse receipts, shipment schedules, smelter run-rates) to timestamp risk earlier than the futures curve. Bottom line: $11k/t is a market scream for alignment, not a signal that “there’s too much copper.” The next phase will reward practitioners who convert real-time logistics and concentrate data into pricing and procurement decisions — not those who only read exchange tallies. #Copper #Commodities #Mining #Strategy #GlobalTrade #LME #EnergyTransition #SupplyChain #MarketIntelligence #Leadership