[SMM Tin Midday Review: Resonance Between Macro Pressures and Supply Recovery Kept SHFE Tin Under Pressure and Continued to Weaken]

[SMM Brief Review of Tin Futures: A Strong US Dollar Coupled with Confirmed Hawkish Signals Sent Tin Prices Sharply Lower, Breaking Below the 350,000-yuan Mark]

[SMM Tin Morning Brief: The Most-Traded SHFE Tin Contract Opened Sharply Lower in the Night Session and Maintained a Fluctuating Trend at Lows, While Spot Market Transactions Gradually Recovered]

[SMM Titanium Spot Flash: Imported Titanium Ore Market Remained Under Pressure, Sluggish Port Sales Forced Traders to Cut Prices for Shipments] SMM News, March 19: Imported titanium ore prices remained under pressure today. Quotations for Mozambique-origin titanium concentrate with TiO₂≥46% were 1,670-1,730 yuan/mt, down 30 yuan from yesterday; quotations for Nigeria-origin titanium concentrate with TiO₂≥50% were 1,780-1,830 yuan/mt, down 25 yuan from yesterday; quotations for Australia-origin titanium concentrate with TiO₂≥50% were 1,830-1,880 yuan/mt, down 25 yuan from yesterday.

[SMM Tin Midday Commentary: Under Macro Pressure, SHFE Tin Contracts Fell to 366,000, and Trading in the Spot Market Was Relatively Active]

Russia’s Solikamsk Magnesium Works recently launched industrialised production of magnesium alloys containing rare earth elements such as neodymium, cerium, and lanthanum. The products combine lightweight properties with high strength and are mainly targeted at sectors including aerospace and automotive manufacturing. The plant accounts for 100% of Russia’s rare earth compound production and 75% of its magnesium capacity, and this capacity expansion further consolidates its position in the strategic metals sector. Meanwhile, the “magnesium-based hydrogen slurry” technology developed by Germany’s Fraunhofer Institute has sparked controversy. Independent analysis indicated that the technology’s overall system efficiency is only about 10, its energy density is comparable to that of lithium batteries, its cost is far higher than expectations, and its recycling chain has yet to form a closed loop. It is only suitable for demonstration scenarios at the hundred-watt level and is unlikely to achieve commercial application. The two pieces of news reflect the different technological pathways and industrialisation prospects of magnesium-based materials in high-end manufacturing and energy storage.