Live Tin Prices and Inventory Data

Tin has been the most volatile base metal of 2026, rising 57% year-over-year to an all-time record of $58,900 per tonne in March before correcting roughly 11% to current levels near $52,600. This is a market where small supply changes produce outsized price moves — global refined tin production is only about 380,000 tonnes annually, compared with 25 million tonnes for copper and 70 million tonnes for aluminum — and where inventory acts as a hair trigger. When LME stocks fall below 3,000 tonnes, as they have throughout 2026, every shipment delay becomes a price event.

The return of Myanmar's Wa State tin concentrate exports after a two-year suspension is the single biggest supply-side development of mid-2026. Wa State, a semi-autonomous region in eastern Myanmar, accounted for roughly 12% of global tin mine production before the suspension, supplying primarily to Chinese smelters in Yunnan province. The resumption of exports — confirmed by Chinese customs data showing a month-on-month increase in Myanmar tin ore imports — has added an estimated 2,000-3,000 tonnes per month of tin-in-concentrate to the Chinese market. This is meaningful but not transformative: at full tilt, Wa State produced roughly 30,000-35,000 tonnes of tin-in-concentrate annually, and current export rates are running at roughly 60-70% of that level.

The Myanmar restart faces structural constraints that limit its impact. Two years of suspended production have left mining infrastructure degraded — processing plants need rehabilitation, equipment needs replacement, and the skilled workforce has dispersed. The regulatory framework remains uncertain, with the Wa State authorities imposing new export licensing requirements and royalty rates that reduce the incentive for full-capacity production. "The market is treating the Myanmar restart as a return to 2022 supply levels, and that is simply not what is happening on the ground," a Singapore-based tin trader told Fastmarkets. "This is a partial, gradual, and fragile resumption."

Indonesia, the world's largest tin exporter, has normalized shipments after a disruptive 2024-2025 period marked by a crackdown on illegal mining, export license delays, and presidential election uncertainty. Indonesian refined tin exports have recovered to roughly 5,500-6,000 tonnes per month, close to pre-disruption levels of 6,000-7,000 tonnes. The normalization removes the acute supply panic of late 2025, but it does not address the structural issue: Indonesia's alluvial tin reserves are depleting, ore grades are declining, and the government's policy direction is toward downstream processing — tin chemical and solder production — rather than raw metal export.

The demand side of the tin equation is dominated by one sector: electronics soldering, which accounts for roughly 50% of global tin consumption. The semiconductor industry is in the midst of a structural expansion driven by artificial intelligence, data center buildout, and automotive electrification. Global semiconductor sales reached approximately $620 billion in 2025 and are forecast to grow 12-15% in 2026, according to the Semiconductor Industry Association. Each new data center consumes an estimated 2-3 tonnes of tin in solder form across its server racks, power distribution units, and networking equipment. The AI infrastructure buildout alone is adding roughly 5,000-8,000 tonnes of annual tin demand — 1.5-2% of the global market — from a standing start.

The solder technology transition adds a nuanced demand driver. The shift to lead-free solders — mandated by EU RoHS and adopted globally — has increased the tin content of electronic solder from roughly 63% (traditional tin-lead) to 95-99% (lead-free SAC alloys: tin-silver-copper). This means every unit of electronic solder production now consumes roughly 50% more tin than it did two decades ago. The trend toward miniaturization partially offsets this — smaller solder joints per component — but the net effect of rising electronics production and higher tin content per joint has been unambiguously positive for tin demand.

The supply-side pipeline offers little relief. There are fewer than ten significant tin development projects globally, and none are expected to reach production before 2028-2029. The Alphamin Bisie mine in the Democratic Republic of Congo — the world's highest-grade tin mine — has performed well but is a single asset in a geopolitically complex jurisdiction. New projects in Australia (Rentails, Mount Lindsay) and Morocco (Achmmach) are progressing slowly. The industry simply has not invested enough in new tin supply, and the lead time from discovery to production for a new tin mine is typically 8-12 years.

The International Tin Association's latest market report estimates a cumulative supply deficit of 15,000-20,000 tonnes in 2026, with LME stocks ending the year near current critically low levels. The only scenario that breaks the deficit is a sharp global recession that crushes electronics demand — possible, but not the base case. Even in a moderate slowdown, tin demand from AI infrastructure, automotive electronics, and the ongoing buildout of 5G/6G telecommunications equipment provides a demand floor that keeps the market tight.

The speculator question hangs over the tin market. Given tin's small market size, a relatively modest inflow of speculative capital can generate large price moves. The LME's Commitments of Traders report shows money-manager net long positions in tin have declined from their March peak — consistent with the 11% price correction — but remain elevated by historical standards. A further unwind of speculative length could push prices toward $48,000-50,000, but the fundamental tightness means any dip would likely attract fresh buying from physical consumers.