Supply-Demand Tight Balance Supports Tin Prices Fluctuating at Highs; Short-Term Focus on 280,000 Yuan Support Level [SMM Tin Midday Review]

Published: Oct 14, 2025 11:45
[SMM Tin Midday Review: Supply-Demand Tight Balance Supports Tin Prices Fluctuating at Highs; Short-Term Focus on 280,000 Yuan Support Level] On the midday of October 14, 2025, the price of the most-traded SHFE tin contract hovered around 282,300 yuan/mt. Recently, futures prices have been moving sideways within the range of 281,000-284,000 yuan/mt. LME tin futures also fell by 0.07% to $35,725/mt.

During the midday session on October 14, 2025, the price of the most-traded SHFE tin contract hovered around 282,300 yuan/mt. Recently, futures prices have been moving sideways within the range of 281,000-284,000 yuan/mt. LME tin futures fell 0.07% in sync to $35,725/mt.

Recent tin price movements were mainly supported by expectations of tightening supply. Indonesia, the world's largest tin exporter, ordered the closure of thousands of illegal tin mines and completely blocked smuggling channels at the end of September. This move may lead to an expansion of the global tin ore supply gap in Q4. As a source country accounting for over 25% of global supply, Indonesia's regulatory actions have heightened market concerns about the supply chain.

From a macro perspective, the probability of a US Fed interest rate cut in October is as high as 93%. Expectations of a weaker US dollar and loose liquidity have provided support for the non-ferrous metals sector. China-US trade relations remain a key variable for market volatility, but the overall macro environment is relatively favorable for metal prices. Technically, the most-traded SHFE tin contract has some support at the 280,000 yuan/mt level and may show a pattern of fluctuating at highs in the short term. Afternoon trading should focus on the follow-up increase in spot prices and downstream acceptance of current price levels. Operationally, it is advisable to adopt a wait-and-see approach and wait for a clear direction.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM‘s internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or to learn more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
Lack of Clear Guidance on the Geopolitical Situation, Repeated Swings in Macro Sentiment Put Futures Under Pressure Again [SMM Tin Midday Commentary]
2 hours ago
Lack of Clear Guidance on the Geopolitical Situation, Repeated Swings in Macro Sentiment Put Futures Under Pressure Again [SMM Tin Midday Commentary]
Read More
Lack of Clear Guidance on the Geopolitical Situation, Repeated Swings in Macro Sentiment Put Futures Under Pressure Again [SMM Tin Midday Commentary]
Lack of Clear Guidance on the Geopolitical Situation, Repeated Swings in Macro Sentiment Put Futures Under Pressure Again [SMM Tin Midday Commentary]
[SMM Tin Midday Commentary: The Geopolitical Situation Lacks Clear Guidance, and Repeated Swings in Macro Sentiment Put Futures Under Pressure Again]
2 hours ago
Xidian University Team Unveils Low-Cost SPAD Chip for Short-Wave Infrared Detection
4 hours ago
Xidian University Team Unveils Low-Cost SPAD Chip for Short-Wave Infrared Detection
Read More
Xidian University Team Unveils Low-Cost SPAD Chip for Short-Wave Infrared Detection
Xidian University Team Unveils Low-Cost SPAD Chip for Short-Wave Infrared Detection
It was learned from Xidian University that the team led by Professor Hu Huiyong at the university successfully developed a single-photon avalanche diode (SPAD) chip based on silicon-germanium technology, significantly reducing the manufacturing cost of short-wave infrared detection technology. This breakthrough is expected to enable high-end chips that originally cost thousands of dollars per unit to enter fields such as smartphones and automotive LiDAR at just one percent of the cost.
4 hours ago
[SMM Tin Flash News: Nomura: The Upcycle in the Chip Industry Has Yet to Peak, South Korea’s Trade Surplus Is Expected to Double]
4 hours ago
[SMM Tin Flash News: Nomura: The Upcycle in the Chip Industry Has Yet to Peak, South Korea’s Trade Surplus Is Expected to Double]
Read More
[SMM Tin Flash News: Nomura: The Upcycle in the Chip Industry Has Yet to Peak, South Korea’s Trade Surplus Is Expected to Double]
[SMM Tin Flash News: Nomura: The Upcycle in the Chip Industry Has Yet to Peak, South Korea’s Trade Surplus Is Expected to Double]
Nomura Securities economist Jeong Woo Park said that, driven by strong semiconductor exports, South Korea’s trade surplus this year could widen from $77 billion in 2025 to around $200 billion. After South Korea’s export growth in March surged to 48% from 29% in February, affected by robust chip demand, Park wrote in a report: “There is no sign whatsoever that the chip upcycle is peaking, and strong pricing effects and artificial intelligence demand will continue to support double-digit growth.” He also downplayed concerns that the conflict in the Middle East could disrupt supplies of helium and other critical inputs needed for chip manufacturing. He noted that chip companies held three to six months of inventory of key inputs, and that the conflict was unlikely to disrupt exports.
4 hours ago