SMM, July 7: In the first half of 2026, geopolitical conflicts in the Middle East emerged as one of the decisive factors affecting electrolytic aluminum prices. Prior to the Middle East events, expectations of a US dollar rate-cut cycle were bullish for non-ferrous metal prices, and overseas electrolytic aluminum prices generally maintained a firm trend in January. However, high aluminum prices suppressed demand, compounded by the impact of the domestic Spring Festival holiday, leading to larger-than-expected domestic aluminum ingot inventory accumulation. In February, domestic and overseas aluminum prices fell in tandem. On February 28, the US-Israel coalition launched a military strike against Iran, officially marking the beginning of the Middle East geopolitical conflict's impact on aluminum prices. Middle East Geopolitical Conflict Triggers Production Cuts; Supply Gap Expectations Drive Up LME Aluminum Prices Affected by the US-Iran conflict, some aluminum smelters in the Middle East experienced production cuts. Combined with the Mozambique aluminum smelter entering shutdown in March, the market expected overseas electrolytic aluminum fundamentals to face a significant supply gap. Boosted by this, overseas aluminum prices continued to climb, with the LME 3M aluminum price reaching a near three-year high of $3,787.5/tonne on June 2. The timeline of production cuts at Middle East and Mozambique aluminum smelters is as follows. In addition, power and other infrastructure in Iran was damaged, making it difficult for local aluminum smelters to sustain production. However, with no official announcements yet, SMM has made its own production cut assessment. As of mid-April, SMM estimated that the total capacity affected by production cuts in the Middle East and Mozambique could reach approximately 3.5–4.0 million tonnes. Under the impact of significant production cuts, overseas electrolytic aluminum fundamentals shifted to a deficit, with total LME aluminum ingot inventory and Japanese port aluminum ingot inventory continuing to decline. As of end-June 2026, LME global aluminum ingot inventory stood at 302,000 tonnes, down 207,000 tonnes from end-2025. As of end-May, Japanese major port electrolytic aluminum inventory was 239,000 tonnes, down 78,000 tonnes from end-2025. Amid expectations of supply tightening, ex-China aluminum premiums strengthened. As of end-June, SMM Japan MJP aluminum ingot spot premium recorded $380/mt, up 123.5% from the end of last year, and SMM Japan Q3 MJP aluminum ingot premium recorded $395/mt, up $309/mt from Q4 2025, a jump of 359.3%. SMM Europe P1020A aluminum ingot duty-paid price recorded $547.5/mt, up 62.2% from the end of last year, while SMM Europe P1020A aluminum ingot duty-unpaid price recorded $470/mt, up 64.9% YoY. SMM US Midwest DDP aluminum premium recorded 110.5¢/lb, equivalent to around $2,435/mt, up 18.2% from the start of the year, an absolute increase of approximately $374.7/mt. Although supply tightened and aluminum ingot destocking took place, downstream purchasing enthusiasm was subdued by high prices, with actual transactions in Asia persistently at a discount to the Japan MJP aluminum ingot premium. Indonesia saw a concentration of new project startups; as new projects continued to ramp up production, supply increased, and since Q2, Indonesia aluminum ingot FOB prices showed a trend of pulling back slightly. As of end-June, SMM FOB Indonesia P0610A average price recorded $270/mt, up 92.9% from the end of last year, but down 8.8% from this year's high of $296/mt. SMM FOB Indonesia P1020A average price recorded $266/mt, up 97.0% YoY, but down 8.6% from this year's high of $291/mt. Aluminum premiums in other regions maintained an overall uptrend. As of end-June, SMM CIF South Korea P1020A average price recorded $342/mt, up 132.7% from the end of last year; SMM FCA South Korea P1020A average price recorded $362/mt, up 119.4% YoY; and SMM CIF Thailand P1020A average price recorded $328/mt, up 120.9% YoY. High Profits Accelerate Electrolytic Aluminum Restarts and New Project Commissioning Under high aluminum prices, electrolytic aluminum companies enjoyed substantial profits. These high profits stimulated some idled capacity to accelerate restarts and also catalyzed more new electrolytic aluminum projects, accelerating their commissioning. In the first half of the year, three electrolytic aluminum smelters resumed idled capacity to varying degrees, and two additional smelters announced plans to restart production in 2026. Details are as follows: San Ciprián smelter in Spain safely completed restart on April 8, with total capacity of approximately 230,000 tonnes/year, representing an increase of approximately 150,000–200,000 tonnes/year compared to 2025 operating capacity. Mount Holly in the United States began restart in April, with plans to reach full capacity by end-June, involving 50,000 tonnes/year of capacity. Grundartangi smelter in Iceland began restart in April, expected to complete restart by end-July, involving 210,000 tonnes/year of capacity. Magnitude 7 Metals planned to restart potline No. 1 cells at its New Madrid aluminum smelter in the United States, with plans to add 75,000 tonnes/year of primary aluminum capacity by end-2026. Norsk Hydro indicated that the Slovalco smelter in Slovakia planned to restart partial primary aluminum production in Q4 2026, involving 75,000 tonnes/year of capacity. Regarding new projects, according to SMM estimates, total planned commissioning capacity for overseas electrolytic aluminum in 2026 is approximately 2.3 million tonnes, of which approximately 700,000 tonnes have been commissioned, with the remaining 1.6 million tonnes expected to be commissioned in the second half of 2026. For details, please follow the "SMM Overseas Electrolytic Aluminum Project Monthly Review" series. Overall, although the Middle East and Mozambique experienced large-scale production cuts in the first half of the year, the acceleration of restarts and new project commissioning partially offset the supply reduction. According to SMM estimates, total overseas electrolytic aluminum production in H1 2026 was 14.397 million tonnes, down 4.1% year-on-year, and total overseas demand was 13.612 million tonnes, down 3.1% year-on-year. Since overseas electrolytic aluminum had a net inflow of approximately 1.234 million tonnes into the domestic market in H1, the overseas electrolytic aluminum deficit in H1 is estimated at approximately 450,000 tonnes. H2 Outlook: Middle East Restarts Combined with New Project Ramp-up Increase Supply, Putting Pressure on Aluminum Prices In June–July, the Middle East geopolitical situation showed no clear signals of further deterioration, and news of restarts emerged from Middle East aluminum smelters that had undergone production cuts. On July 2, EGA announced that its Al Taweelah plant had made progress in restart efforts: anode removal work for all electrolytic cells had been completed; cell cleaning was approximately 90% complete; and over 20% of solidified aluminum blocks inside cells had been cleared. On May 26, the first electrolytic cell was successfully restarted; as of July 2, 89 cells were in operation (out of a total of 1,262 cells), equivalent to approximately 110,000 tonnes of capacity. In addition, Aluminum Bahrain and Qatalum were also expected to gradually begin restarts. With Middle East restarts combined with continued ramp-up of new projects, the global electrolytic aluminum balance is expected to shift toward a surplus by Q4 2026.

[SMM Analysis: Surging Demand in H1 2026 Drives Industry Expansion, Anode Volume and Price Both Rise, Welcoming Recovery Opportunities] SMM July 3: In H1 2026, a surge in downstream demand drove steady improvement in the anode industry’s prosperity, significantly releasing overall market vitality.

On June 30, 2026, the National Energy Administration issued the Guide to Data Classification and Grading for the Energy Industry (2026 Edition), under which hydrogen energy was officially classified as a first-level energy data category, positioned alongside traditional fossil fuels such as coal, crude oil, and natural gas. This marks the end of the domestic hydrogen industry's single demonstration phase and its full entry into a development cycle characterized by large-scale, standardized systems. This top-level data system adjustment reshapes hydrogen energy's national strategic positioning, and by leveraging a unified data management framework to link the entire chain of green hydrogen cost reduction, storage and transportation infrastructure, and diversified applications, the industry is expected to usher in a new expansion cycle. I. Policy Iteration: The Strategic Status of Hydrogen Energy Achieves a Hierarchical Leap (A) Core Basis for the Document's Issuance The Guide serves as a supporting detailed rule for the implementation of the Data Security Law and the Administrative Measures for Energy Industry Data Security (Trial), delineating a total of 12 first-level energy data categories, including coal, oil and gas, and hydrogen energy. For the first time, hydrogen energy has been incorporated into the basic energy data sequence, integrating the hydrogen energy industry into the national unified energy security regulatory system. (B) Policy Evolution Trajectory In 2022, the Medium and Long-Term Plan for the Development of the Hydrogen Energy Industry (2021-2035) legally affirmed the energy attribute of hydrogen energy for the first time, setting the goal of diversified commercial applications by 2035. With the implementation of this 2026 data classification document, hydrogen energy has completed its identity transition from a "demonstration and pilot industry" to a "national basic energy category." Industrial development has shifted from being driven purely by policy subsidies to a new phase where policy guidance, scenario validation, and market operations run in parallel. (C) Three Supporting Logics of the Top-Level Strategy Energy Security: Global geopolitical conflicts have intensified fluctuations in oil and gas imports. In 2025, China's dependence on foreign crude oil was 72.3%, and that on foreign natural gas was 43.8%. Hydrogen energy, produced from renewable resources such as wind, solar, and hydropower, can substantially reduce dependence on imported fossil energy while simultaneously fulfilling the carbon peaking and neutrality targets. Correction of Domestic Supply-Demand Mismatch: In 2024, China's total hydrogen production stood at 37.28 million mt, firmly ranking first in the world. Domestic planned green hydrogen capacity accounts for 52% of the global total planned green hydrogen capacity, yet the average annual operating rate of commissioned green hydrogen facilities is only 23.6%, with substantial electrolyzer capacity remaining idle. Unified data standards will compel the industry to shift from blindly expanding hydrogen production capacity toward demand-side development oriented to matching downstream consumption scenarios. Breakthrough in Global Hydrogen Competition: The EU will implement its Hydrogen Strategy Act in 2026, and the US allocates over $9 billion annually in hydrogen industry subsidies. Europe and the United States are accelerating their efforts to seize the discourse power in hydrogen standards and trade. By perfecting its local standard system through hydrogen energy data classification management, China aims to shore up its industrial digital shortcomings and enhance the international competitiveness of its hydrogen energy projects and equipment exports. II. Industrial Empowerment Value of the First-Level Hydrogen Data Classification System (A) Establishing a Bottom Line for Whole-Chain Data Compliance and Security The Guide uniformly categorizes all energy data into three control levels: general, important, and core, covering the entire process of hydrogen production, storage, transportation, refueling, and utilization. It specifies mandatory control rules: Geographic infrastructure data for hydrogen refueling stations, hydrogen production bases, and pipeline networks with coordinate accuracy ≤100 meters is classified as important data, with strict limits on external disclosure. Real-time operational control commands for water electrolysis hydrogen production units and sensor data from high-pressure storage and transportation equipment are classified as core data, with unencrypted external transmission prohibited. Electricity load data from wind- and solar-power integrated new energy plants supporting electrolytic hydrogen production is protected under a tiered scheme, with electricity consumption data from special-grade green electricity hydrogen projects implementing the highest protection standards. All enterprises are required to establish full-life-cycle data ledgers, mandatorily use commercial encryption technology, and simultaneously implement the protection requirements for Classified Protection of Cybersecurity 2.0 and critical information infrastructure, in order to avert risks such as the leakage of monitoring data from coal chemical and hydrogen plants or cyber attacks on industrial control systems. (B) Restoring Industry Investment Confidence and Reducing Uncertainty in Market-Oriented Development By year-end 2025, a total of 627 wind- and solar-power water electrolysis hydrogen projects had been filed nationwide, with a planned total investment exceeding 860 billion yuan. However, only 148 projects actually commenced construction, yielding a comprehensive construction start rate of 23.6%. The core pain point of the industry's sluggish investment was the absence of a unified statistical scope, cost accounting method, and operational supervision standard for hydrogen energy, causing capital to remain on the long-term sidelines. This policy improves the investment environment in three aspects: The National Energy Administration concurrently released unified hydrogen energy data statistical specifications, eliminating the need for enterprises to build their own differentiated data systems and reducing per-project digital compliance costs by 30%-45%. It is also aligned with 19 current draft national hydrogen standards for public comment, achieving bidirectional unification of data standards with equipment, storage and transportation, and refueling technology standards, thereby boosting the export recognition of domestically produced electrolyzers and hydrogen storage vessels. Standardized data furnishes financial institutions with a unified basis for cost estimation and project revenue assessment, substantially diminishing investment risks arising from policy changes. Supporting policies simultaneously tightened industry assessment: In April 2026, the National Energy Administration clarified dynamic elimination mechanisms for nine major hydrogen pilot regions. Projects are assessed monthly on economic viability based on operational data after commissioning; those without a stable profit model for six consecutive months are directly withdrawn, marking the industry's complete departure from the era of extensive subsidies. (III) Enabling Data Interoperability Across the Industry Chain to Revitalize Idle Hydrogen Capacity The Guidelines categorize a secondary-level hydrogen data catalog, covering seven segments: planning, engineering construction, hydrogen production, tube trailer storage and transportation, hydrogen refueling, transportation/industrial consumption, and technological R&D, thereby establishing a framework for data interoperability across the entire industry chain. Benchmark practice: Rongcheng New Energy built China’s first system for capitalizing hydrogen entire industry chain data assets. Its hydrogen big data platform aggregates data from all dimensions including hydrogen production units, tube trailers, hydrogen refueling stations, heavy truck operations, and equipment maintenance, accumulating a total of 21.08 billion real-time operational data entries. Leveraging cross-segment data synergy, the enterprise reduced its overall hydrogen production, storage, and transportation costs by 12.7% and lowered equipment idle rate by 18%. Meanwhile, the policy mandates that enterprises holding important or core hydrogen data undergo at least one security risk assessment per year. Cross-border data transfers of hydrogen technology and capacity data, as well as cross-enterprise data flows, must be preceded by a specialized risk review. This not only controls cross-border data security but also delineates a clear compliance pathway for domestic enterprises’ hydrogen project cooperation outside China, facilitating the export of green hydrogen equipment and complete hydrogen production processes. III. Conclusion Elevating hydrogen to a first-level energy data category is a landmark policy move that incorporates hydrogen into the management of the fundamental energy system. On one hand, through three-tier data security controls, it fills the gaps in digital regulation of hydrogen and mitigates cybersecurity risks in the industry. On the other hand, it unifies industry standards for statistics, operations, and cost data, alleviating three core pain points: idle green hydrogen capacity, investment wait-and-see attitude, and fragmentation of the industry chain. Against the backdrop of intensifying global hydrogen competition and China's dual goals of energy supply security and carbon reduction, data standardization will accelerate the large-scale deployment of green hydrogen, the comprehensive layout of storage and transportation pipeline networks, and propel hydrogen from a niche demonstration track to a core emerging industry that supports China's energy transition and participates in global energy competition.

"The heatwave has significantly driven sales growth, especially the PortaSplit air conditioner, which has sold out in some sales channels."

June 26, at the 2026 SMM (14th) Minor Metal Industry Conference—Antimony Industry Forum, hosted by SMM Information & Technology Co., Ltd. (SMM) and with title sponsorship from Guangxi Yusheng Germanium High-tech Co., Ltd., , Luo Chengcai, General Manager of Hunan Hsikwangshan Twinkling Star Antimony Import & Export Co., Ltd., shared with participants the “Path of Transformation and Development for the Antimony Industry Amid Century-Long Changes.” I. Reshaping the Antimony Industry Landscape Amid Century-Long Changes Policy-driven: Export Controls Trigger Profound Market Fragmentation ►Markets outside China: Rapid Capacity Expansion Driven by High Prices Mine supply growing rapidly: The Santar mine in Myanmar has become a key variable, with monthly production reaching 1,000 mt of metal content and strong supply resilience. Smelting capacity deployment accelerates: Southeast Asian countries such as Thailand, Myanmar, and Vietnam are rapidly boosting smelting capacity, with total ex-China capacity already reaching about 40,000 mt/year. Policy-driven: Supply-demand imbalance in the Chinese market Supply side extremely loose: In 2026, imports in the first four months alone have already matched the total for the full year 2025, creating unprecedented supply pressure on the market. Demand side highly competitive: Prices have fallen sharply. Geopolitical shocks: The Middle East war has caused irreversible damage ►Flame retardant industry: Short-term pain Bromine prices surged from 30,000 to 130,000/mt, petrochemical raw material prices jumped over 50%, and poor cost pass-through led to widespread industry losses, with production cuts of around 30%. ►Polyester industry: Under pressure from both costs and production Affected by wild swings in upstream petrochemical raw material prices, the industry's production costs have climbed sharply; with weak end-use demand, it was forced to cut production by about 30%, sharply increasing operating pressure. ►PV glass: Short-term cooling but long-term positive outlook Affected by the cancellation of module export tax rebates and uncertainties in the Indian market, short-term demand has weakened; however, the broader trend of global energy transition remains unchanged, and long-term growth potential persists. II. Opportunities Amid Crisis: New Opportunities for Transformation and Development Solid fundamentals: Consolidation and optimization in traditional sectors ►High-performance flame retardant materials Irreplaceability: Still cannot be effectively replaced in engineering plastics such as ABS and XPS. Market growth: China's annual demand for flame retardants reaches 1.5 million mt, with bromine-antimony flame retardants accounting for 35%, and demand is steadily increasing. ►Polyester industry Core catalyst: Over 90% of polyester units use antimony-based catalysts, securing a solid position. New growth areas: Industrial textiles are growing rapidly in sectors such as medical and new energy, with an average annual growth rate exceeding 10%. ►PV Glass Core Refining Agent: Holding over 80% market share, it delivers high efficiency with controllable costs. Strong Momentum Outside China: Driven by the global energy transition, demand in markets outside China remains robust, with countries such as India and Indonesia building plants on a large scale. Summary: The steady demand structure across the three traditional pillar sectors—flame retardants, polyester, and PV—combined with the continued expansion of emerging markets outside China, forms a solid and reliable foundation for the antimony industry. New Growth Driver: Condensed Matter Batteries, the biggest growth engine going forward ►Technical Pathway: Enterprises such as CATL are planning antimony-based sodium-ion batteries, in which the passenger vehicle segment will use a calcium-antimony composite material as the negative electrode. ►Demand Estimate: CATL has planned 60 GWh of capacity, with 24 GWh allocated to passenger vehicles. Calculated at 1,200 mt of antimony per GWh, annual demand could reach as much as 30,000 mt at full production. This represents a massive potential market. New Growth Driver: Rapid Growth in High-Value Applications ►AI Computing Power: The explosive growth of AI servers and data centers has driven antimony consumption in the semiconductor sector to over 2,000 mt. ►Military Sector: High-purity antimony is a critical material for infrared detection and missile guidance, commanding a price premium of 3 to 5 times. Against a backdrop of geopolitical conflicts, military-related orders surged 80% YoY. ►Lead-Acid Batteries: Used as a lead-antimony alloy in positive electrode grids, antimony significantly enhances battery performance. China's antimony consumption in this segment stands at approximately 13,000–15,000 mt, with global consumption at around 22,000 mt, providing a stable foundation. III. Value Normalization: Future Trends and Strategic Outlook Supply Side: Resource Constraints and Policy Regulation Become the New Normal ►Non-renewable resources and a tight supply are long-term trends China's domestic reserves are depleting and grades are declining, with production falling year by year. Incremental supply from outside China is limited and unstable. ►Domestic production restrictions and resource consolidation are the overriding trends The global static reserve-to-production ratio for antimony is less than 10 years, highlighting its strategic value. Strengthening environmental protection, implementing production restrictions, and promoting resource consolidation are the inevitable path for the nation. Market Mechanisms: Moving Toward Stability and Harmonious Coexistence Conclusions and Outlook • The antimony industry stands at a new historical starting point. Short-term market fluctuations and price pains are the necessary "drastic remedies" during the process of industrial restructuring. • We firmly believe that with the tightening of the supply side, the explosion of emerging demand, and the strategic emphasis at the national level, antimony's strategic value will be fully realized and will eventually return to its intrinsic worth in the tug-of-war between sellers and buyers. • Let us join hands and work together to propel the antimony industry toward a new era of stable, balanced, and high-quality development. The antimony industry is bound to have a bright future!

With the continued expansion of aluminum processing and downstream industries in Southeast Asia, regional aluminum billet production, consumption and trade markets have attracted growing attention. Malaysia, Thailand and Vietnam are not only important aluminum billet production and consumption hubs in Southeast Asia, but also play a key role in regional aluminum billet trade flows. Markets such as Indonesia, the Philippines and Cambodia, meanwhile, are still at a stage where local processing capacity development and demand for imported aluminum billet are growing simultaneously. Since March 2026, the escalation of geopolitical conflicts in the Middle East has caused significant disruption to the global aluminum supply chain. On the one hand, uncertainty over the supply of primary aluminum and aluminum processed products from the Middle East has increased, pushing up procurement interest in primary aluminum, aluminum billet and secondary aluminum resources across Asian markets outside China. On the other hand, fluctuations in crude oil prices and ocean freight costs have further lifted regional aluminum processing and trading costs. Against this backdrop, LME aluminum prices, Asian regional premiums and Southeast Asian local aluminum billet processing fees have all fluctuated to varying degrees. At the same time, changes in the SHFE/LME price ratio have periodically affected the export arbitrage window for Chinese aluminum processed products. When overseas aluminum prices are stronger than domestic prices and export margins improve, Chinese aluminum processed products and some processing-trade resources show greater willingness to flow into the Southeast Asian market, creating certain disruptions to local billet supply-demand dynamics and quotations. When the price spread narrows, however, regional pricing returns to a framework driven jointly by local supply, imports from the Middle East and other overseas resources. Trade Flows From the perspective of export destinations, the flow of Southeast Asian products under HS760120 is relatively concentrated. In 2025, the top ten export destinations for Southeast Asian HS760120 products totaled around 1.2695 million mt, accounting for approximately 93.3% of total Southeast Asian exports. China was the largest destination, with full-year exports of around 602,100 mt, accounting for approximately 44.3%. Japan, Vietnam and India followed, with around 149,300 mt, 143,500 mt and 111,700 mt respectively, accounting for approximately 11.0%, 10.5% and 8.2%. It should be noted that HS760120 includes primary aluminum alloy ingots, secondary aluminum alloy ingots, other aluminum alloy billets and some cast aluminum alloy products. Therefore, this data mainly serves as a reference for observing trade flows of unwrought aluminum alloys and aluminum alloy billets in Southeast Asia, and cannot be directly equated with 6063 aluminum billet export volumes. Entering 2026, affected by the escalation of the Middle East conflict, uncertainty in the global supply chain for primary aluminum and aluminum processed products increased, and trade flows of aluminum raw materials and aluminum billets in Asia saw certain adjustments. Data shows that total Southeast Asian HS760120 exports fell to around 88,800 mt in February 2026, before rebounding to around 110,700 mt in March and further increasing to around 116,600 mt in April. From February to April, cumulative growth reached approximately 31.2%. In terms of destination changes, China remained the largest export destination, although exports to China declined in April compared with March. India, South Korea, Taiwan, China and Japan showed more obvious increases from March to April. Among them, exports to India rose from around 8,200 mt in February to around 15,700 mt in April; exports to South Korea increased from around 2,400 mt in February to around 10,000 mt in April; exports to Taiwan, China climbed from around 1,500 mt in February to around 4,100 mt in April; while exports to Japan recovered to around 13,700 mt in April. Overall, the rebound in Southeast Asian HS760120 exports from February to April 2026 reflected, on the one hand, the gradual recovery of regional trade after the Chinese New Year holiday. On the other hand, it may also have been related to Asian buyers increasing procurement of Southeast Asian regional resources and supplementing alternative supply sources after the Middle East conflict raised supply risks for overseas primary aluminum, aluminum billet and secondary aluminum. Considering that China, India, Japan, South Korea and Taiwan, China are all important aluminum processing and consumption markets in Asia, the increase in Southeast Asian product flows to these markets indicates that regional unwrought aluminum alloys and aluminum alloy billets have played a certain supplementary and balancing role in trade during periods of supply chain disruption. For the 6063 aluminum billet market, this trend cannot be directly equated with changes in 6063 aluminum billet exports, but it can serve as an important reference for assessing the circulation activity of aluminum billets and aluminum alloy raw materials in Southeast Asia, regional substitution demand and fluctuations in processing fees. Market and Price Analysis With the continued expansion of aluminum processing and downstream enterprises in Southeast Asia, the situation of 6063 aluminum billet differs across countries due to variations in processing levels and downstream demand. Overall, Malaysia and Thailand are the main aluminum billet producing countries in the region and also have certain local consumption capacity. Vietnam’s aluminum processing capacity is growing rapidly, but some local quotations are still mainly for non-homogenized cast billets. Markets such as Cambodia and the Philippines remain at a stage where local processing capacity development coexists with demand for imported aluminum billet. In terms of homogenization status, mainstream 6063 aluminum billet quotations in Malaysia and Thailand usually already include homogenization treatment, and the relevant homogenization cost is mostly included in the aluminum billet processing fee quoted by producers. A small number of non-homogenized 6063 aluminum billet quotations also exist in the Thai market, which can be used to observe the basic processing cost of cast billets. The situation in Vietnam is different. As some enterprises mainly quote non-homogenized cast billets, the apparent processing fee for 6063 aluminum billet is usually around $50-100/mt lower than homogenized quotations in Malaysia and Thailand. Aluminum billet homogenization is an important heat-treatment process in the production of 6063 aluminum billet. It usually refers to placing cast aluminum billets into a homogenizing furnace for heating, holding and cooling treatment, so that the internal composition distribution of the billet becomes more uniform and microstructural segregation formed during casting is improved. For 6063 aluminum billet, homogenization helps improve stability in the subsequent extrusion process, reduce extrusion cracking, surface defects and performance fluctuations, and improve the surface quality and yield of extruded profiles. Therefore, in the aluminum extrusion value chain, homogenized aluminum billet generally has higher use value than non-homogenized cast billet. According to SMM market research, since March 2026, under the influence of factors such as the escalation of Middle East geopolitical conflicts, tighter supply of overseas primary aluminum and aluminum billet resources, and fluctuations in energy and ocean freight costs, 6063 aluminum billet processing fees in major Southeast Asian countries rose to varying degrees. Among them, processing fees for homogenized 6063 aluminum billet in Malaysia and Thailand once increased from the previous $200-250/mt to $250-300/mt, with some high-end quotations even exceeding $300/mt during the peak period. As the Middle East situation eased periodically in mid-June, 6063 aluminum billet processing fees in Malaysia and Thailand declined. At present, mainstream 6063 aluminum billet processing fees in Malaysia have stabilized around $250/mt, and mainstream processing fees for homogenized aluminum billet in Thailand have also stabilized around $250/mt. However, due to differences in raw material structure, product status and quotation basis among enterprises, processing fees still show a wide range. In Thailand, some 6063 aluminum billet processing fees have fallen to as low as around $100-150/mt. In Vietnam, from March to June, 6063 aluminum billet processing fees rose from the previous $150-200/mt to $200-250/mt, before falling back to around $200/mt in mid-June. In addition, from the perspective of the imported aluminum billet arrival market, from May to June, SMM learned that CIF Thailand and Malaysia 6063 aluminum billet premiums/discounts were mostly around a premium of $100/mt, while some low-priced resources even fell to a discount of around $100/mt. These resources were mainly 6063 aluminum billets processed in China under processing trade and then re-exported to the Southeast Asian market. Amid cost advantages and an increase in cargo inflows at certain stages, these resources exerted some impact on the local aluminum billet market in Southeast Asia. From March to April, affected by Middle East geopolitical conflicts, uncertainty over some Middle Eastern aluminum supply increased. Asian buyers in India, Japan, South Korea and Taiwan, China showed higher interest in Southeast Asian aluminum billets and related aluminum alloy resources, driving some Southeast Asian aluminum billet resources to flow out of the region and supporting stronger regional quotations. However, entering May and June, as Chinese aluminum billets flowed into markets such as Thailand and Malaysia through processing trade and re-export channels, competition pressure faced by local Southeast Asian aluminum billet plants increased. SMM research shows that sales pressure for some 6063 aluminum billet producers in Malaysia and Thailand has increased compared with earlier levels, and low-priced imported arrival resources have put certain downward pressure on local ex-works processing fees and the transaction price center. Outlook for Southeast Asian Aluminum Processing Looking ahead, the Southeast Asian 6063 aluminum billet market will continue to evolve around regional processing capacity expansion, import substitution, changes in raw material structure and overseas low-carbon requirements. In the short term, Malaysia, Thailand and Vietnam will remain the core markets for 6063 aluminum billet production and consumption in Southeast Asia. Malaysia and Thailand have relatively mature local billet casting and homogenization capacity, and their pricing systems are closer to a quotation logic based on “LME + regional premium + homogenized processing fee.” Vietnam, meanwhile, still has room for growth in aluminum billet demand as aluminum extrusion and downstream processing capacity improves, but the quotation basis for homogenized and non-homogenized products still needs to be further differentiated. Although local sample coverage in markets such as Indonesia, the Philippines and Cambodia remains limited at present, with the advancement of local aluminum processing projects, future demand for imported aluminum billet, secondary aluminum billet and intra-regional trade flows will remain worth monitoring. In the medium to long term, CBAM and overseas customers’ low-carbon procurement requirements may further drive segmentation in the price system of the Southeast Asian aluminum value chain. For the Southeast Asian aluminum billet market, the impact of CBAM may not necessarily be directly reflected through large-scale exports of aluminum billet itself to Europe, but may instead be transmitted through the export value chain of aluminum profiles, window and door profiles, industrial profiles and other deep-processed products. In the future, when European customers procure aluminum processed products from Southeast Asia, they may pay greater attention to raw material sources, the ratio of primary aluminum, in-house new scrap and aluminum scrap, carbon emission data during production, supply chain traceability and third-party verification capability. Against this backdrop, enterprises with stable homogenization capacity, clear raw material structures, the ability to provide emissions data and low-carbon material options may gain stronger advantages in securing export orders and price negotiations. From the perspective of the price system, CBAM may not immediately drive a one-sided increase in Southeast Asian 6063 aluminum billet processing fees, but it will raise market requirements for differentiating “product status” and “raw material attributes.” In the future, price spreads between liquid aluminum direct-cast billets, remelted aluminum ingot billets and remelted aluminum scrap billets, price spreads between homogenized and non-homogenized aluminum billets, and differences between CIF imported aluminum billet premiums and local ex-works processing fees are all expected to become key areas of market attention. As the aluminum processing industry in Southeast Asia continues to expand, the 6063 aluminum billet market may gradually develop from relatively broad trade quotations in the past toward a more segmented price system differentiated by country, alloy grade, homogenization status, raw material attribute and trade term. SMM Price Points Against the backdrop of regional processing expansion and low-carbon trends, Southeast Asian 6063 aluminum billet processing fees have gradually become one of the key price indicators followed by the market. To help enterprises better track price changes in the Southeast Asian 6063 aluminum billet market, SMM, after market research and improvement of its pricing methodology, will add a series of Southeast Asian 6063 aluminum billet processing fee, calculated reference price and CIF premium/discount price points starting from 3rd July 2026 (Friday) onward for market reference. The Southeast Asian 6063 Aluminum Billet Premium price points will be updated on a weekly basis every Friday at 12:00 noon Kuala Lumpur time, Malaysia, which is the same as Beijing time, GMT+8. Due to differences in settlement methods among enterprises, the full aluminum billet price may vary. For reference, it can be estimated using the following formula: 【LME Official Cash Settlement Price + Quarterly MJP + 6063 Aluminum Billet Processing Fee】. Details of the relevant price points are as follows: Cambodia 6063 Aluminum Billet (Homogenized) Premium, ex-works Cambodia, USD/tonne Malaysia 6063 Aluminum Billet (Homogenized) Premium, ex-works Malaysia, USD/tonne Thailand 6063 Aluminum Billet (Homogenized) Premium, ex-works Thailand, USD/tonne Thailand 6063 Aluminum Billet (Non-homogenized) Premium, ex-works Thailand, USD/tonne Vietnam 6063 Aluminum Billet (Non-homogenized) Premium, ex-works Vietnam, USD/tonne The SMM Southeast Asian 6063 Aluminum Billet price points will be updated on a daily basis every working day at 12:00 noon Kuala Lumpur time, Malaysia, which is the same as Beijing time, GMT+8. The SMM calculated reference price will be derived using the formula: 【LME Official Cash Settlement Price (D-1) + Quarterly MJP + Latest 6063 Aluminum Billet Processing Fee】. Based on this, SMM will publish low-end, high-end and average calculated reference prices. Details of the relevant price points are as follows: SMM Cambodia 6063 Aluminum Billet (Homogenized), ex-works Cambodia, USD/tonne SMM Malaysia 6063 Aluminum Billet (Homogenized), ex-works Malaysia, USD/tonne SMM Thailand 6063 Aluminum Billet (Homogenized), ex-works Thailand, USD/tonne SMM Thailand 6063 Aluminum Billet (Non-homogenized), ex-works Thailand, USD/tonne SMM Vietnam 6063 Aluminum Billet (Non-homogenized), ex-works Vietnam, USD/tonne At the same time, to provide a reference comparison for the Southeast Asian 6063 aluminum billet processing and trading market, SMM will also launch CIF Southeast Asia 6063 Aluminum Billet Premium price points for market reference. The CIF Southeast Asia 6063 aluminum billet premium/discount price points will be updated on a weekly basis every Friday at 12:00 noon Kuala Lumpur time, Malaysia, which is the same as Beijing time, GMT+8. Due to differences in settlement methods among enterprises, the full imported aluminum billet price may vary. For reference, it can be settled using the following formula: 【LME Official Cash Settlement Price + Quarterly MJP + 6063 Aluminum Billet Premium/Discount】. Details of the relevant price points are as follows: CIF Thailand 6063 Aluminum Billet (Non-homogenized) Premium Summary Overall, the Southeast Asian 6063 aluminum billet market is currently at a stage where regional processing capacity expansion, trade flow adjustments and price system segmentation are taking place simultaneously. In the short term, Middle East geopolitical conflicts, changes in overseas primary aluminum and aluminum billet supply, and fluctuations in energy and ocean freight costs will continue to affect Southeast Asian aluminum billet processing fees and import premiums/discounts. At the same time, changes in the SHFE/LME price ratio will also continue to periodically affect the willingness of Chinese aluminum processed products and related aluminum billet resources to flow into the Southeast Asian market. From the perspective of market structure, Malaysia, Thailand and Vietnam remain the core markets for 6063 aluminum billet production, consumption and trade circulation in Southeast Asia. Among them, Malaysia and Thailand have relatively mature pricing systems for homogenized aluminum billet, while Vietnam still requires separate differentiation in price basis due to the relatively high share of non-homogenized cast billet quotations. Going forward, as local processing capacity develops in markets such as Indonesia, the Philippines and Cambodia, changes in regional imported aluminum billet, secondary aluminum billet and local processing fees will also become areas worth continuous tracking. In the medium to long term, CBAM and overseas low-carbon procurement requirements will further increase the importance attached by the Southeast Asian aluminum processing value chain to raw material structure, homogenization capability, carbon emission data and supply chain traceability. Although CBAM may not necessarily drive an immediate one-sided increase in 6063 aluminum billet processing fees, it will prompt the market to more clearly distinguish between different product bases, including liquid aluminum direct-cast billets, remelted aluminum ingot billets, remelted aluminum scrap billets, as well as homogenized and non-homogenized products. Against this backdrop, the launch of SMM Southeast Asia 6063 aluminum billet processing fee, calculated reference price and CIF premium/discount price points will help the market more clearly track changes in regional aluminum billet costs, import substitution space, trade flow adjustments and price differentiation trends under the low-carbon transition.

HRC prices: Over the coming year, from 2026 to 2027, China has nearly 40 million mt of HRC capacity projects under planning and construction, with production expected to increase further in 2026. Demand side, China's macro policies are expected to remain accommodative, and the manufacturing sector is likely to continue introducing policies to stimulate consumption, with demand expectations staying resilient. However, affected by anti-dumping measures and export structure adjustments, the decline in HRC exports will weigh on the domestic high-supply pattern. Overall, HRC prices are expected to continue hovering at lows in 2026. But considering that overseas geopolitical conflicts are pushing up inflation expectations and transmitting to commodity prices, coupled with coal and coke prices hitting bottom in 2025 and entering a new recovery uptick cycle, against the backdrop of cost push, the average HRC price may rebound slightly compared to 2025. Looking ahead to the next five years, considering that the peak period of new production capacity has passed, with the accelerated promotion of industry mergers and reorganizations and the continuous optimization of the capacity structure, HRC supply growth is expected to gradually slow down and stabilize starting from 2027. SMM expects that around 2028, a policy package of supply-side production restrictions plus steel export scale tightening may re-emerge, and the improvement in the overcapacity contradiction may bring about a round of upside opportunities for HRC prices. However, unlike the intensity of the 2015 supply-side reforms that were coupled with real estate easing and shantytown renovation destocking policies, after the phased capacity removal ends, the overall downward trend in China's steel consumption will be hard to reverse, which will limit the upside room of this HRC price rally driven by supply-demand imbalance easing. Additionally, the supply-demand pattern of iron ore trending looser will also pull down costs, and HRC prices are expected to come under pressure again after a brief rise. Steel mill profits: Considering that China's surplus steel capacity is resolved through steel exports, this necessitates China's steel prices to stay relatively low to support price advantages and orders, which will also limit the upside room of China's steel prices, steel mill profits are expected to remain at low marginal levels in H2 2026. China Hot-Rolled Coil Annual Supply-Demand Balance （ The line chart represents China's HRC price, and the bar chart represents the HRC balance. ）

From June 3 to June 5, the Indonesia Critical Minerals 2026 was held at the Pullman Jakarta Central Park in Jakarta, Indonesia. The conference was organized by Shanghai Metals Market (SMM) and co-organized by the Indonesia Nickel Miners Association (APNI) , the Ministry of Foreign Affairs of the Republic of Indonesia , the National Economic Council of Indonesia , and MMR , in a strategic partnership with the Jakarta Futures Exchange . The conference featured six dedicated forums: the main forum, the nickel and cobalt forum, the tin forum, the coal & energy transition forum, the aluminum forum, and dedicated sub-forums, attracting more than 3,500+ attendees from 45 countries and regions worldwide, featuring more than 150+ speakers sharing insights on market prices, supply-demand patterns, industry policies, low-carbon development, and ESG development, etc. Conference Background In the process of global industrial upgrading, the strategic value of critical metals has become increasingly prominent, and Southeast Asia has gradually emerged as a highly dynamic segment of the global mining landscape. As a major regional mineral producer, Indonesia has successively introduced multiple industrial policies for critical metals such as nickel, tin, aluminum, and copper, adjusting and optimizing areas including mining quotas, pricing mechanisms, tax policies, export management, and domestic market obligation over recent years. These efforts are guided by the goals of strengthening the regulatory framework, enhancing industrial added value, and optimizing resource revenues, and have had a significant impact on the global metal supply chain and market dynamics. As Indonesia’s premier flagship event for the mineral industry, this conference focuses on supply chain security of critical minerals including nickel, cobalt and tin, and adopts a dual-driven model of mining and energy. It commits to promoting Indonesia’s industrial upgrading from raw material export to high-value industrial chain development, while providing solid resource support and practical cooperation paradigms for regional and global energy transition. 》Click to view the photo gallery of the conference June 3: Main Forum Opening Ceremony Adam Fan, Chairman, Shanghai Metals Market Nanan Soekarna, Chairman, APNI Arif Havas Oegroseno, Vice Minister, Ministry of Foreign Affairs Ciyong Zou, Deputy to the Director General and Managing Director of the Directorate of Technical Cooperation and Sustainable Industrial Development, UNIDO (United Nations Industrial Development Organization) Sherly Tjoanda, Governor of North Maluku, North Maluku Government Todotua Pasaribu, Vice Minister, Ministry of Investment and Downstream Industry of Indonesia Drum Performance & Dance Show Opening Address Speaker: Adam Fan, Chairman of SMM Adam stated that this year marks the 4th year of the Indonesia Critical Minerals Conference. This flagship industry event is dedicated to building a global platform connecting Indonesia with the world. Empowering mineral resources through technology, the conference links producers and consumers to facilitate industrial chain and business cooperation. Boasting a record-high attendance, this year’s event gathers 3,500+ participants and 150+ speakers. The growing participation of global countries, enterprises and industry professionals demonstrates rising international trust and confidence in Indonesia’s critical mineral ecosystem. As cross-border collaboration is essential for building a robust global critical minerals supply chain, the conference strives to enhance supply chain transparency, interconnectivity and in-depth global industrial cooperation by bringing together industry insights and resources. Speaker: Nanan Soekarna, Chairman of APNI Nanan Soekarna stated in his remarks that the 4th Indonesia Critical Minerals was the largest to date in terms of attendance, demonstrating the global industry’s full confidence in Indonesia’s minerals industry, cross-border cooperation models, and Indonesia’s roadmap for sustainable mining development, and he extended his sincere gratitude to all participating partners. He noted that the core of development in the critical minerals sector has shifted from a simple contest of resources and capacity to the transformation of the sustainable value of natural resources, balancing diverse economic, social, and environmental benefits. By deepening downstream industry chain expansion, Indonesia aims both to enhance industrial value-added and to strengthen Indonesia's industrial positioning international and credibility in the global market. In the future, the core of global mining competition will not lie in resource reserves, but in transparent, responsible, and sustainable resource governance capabilities. Relying on global partners, Indonesia will uphold the philosophy of sustainable mining development and, through high-quality cooperation and shared value principles, work together to build the future of the critical minerals industry that balances ecology, benefits, and long-term development. Speaker: Arif Havas Oegroseno, Vice Minister, Ministry of Foreign Affairs Arif Havas Oegroseno mentioned that critical minerals are increasingly becoming a focal point of global geopolitical competition, with elements such as energy, minerals, and trade and economic rules being instrumentalized from time to time. Leveraging its domestic resource endowments, Indonesia is vigorously advancing downstream deep processing of minerals; this strategy is not limited to industrial upgrading, but is also a comprehensive development initiative that boosts employment, consolidates science and technology innovation capabilities, enhances industry chain resilience, and delivers inclusive gains from green development. In response to procurement demands from multiple parties, Indonesia adheres to a diversified cooperation approach by expanding a diverse range of procurement partners and promoting deeper participation by resource countries in technology R&D and industry chain value-added, thereby avoiding the risks of dependence on a single partnership. He also noted that for the future governance of critical minerals, ESG should truly become a competitive advantage for enterprises rather than a trade barrier, with its original purpose being to optimize environmental management, improve social responsibility, and empower enterprises to enhance quality and efficiency. In the face of a new round of industrial transformation, critical minerals serve as the core raw materials for energy transition, the digital economy, and the development of high-tech industries. Based on its resource endowment, Indonesia is determined to transform from a mineral resource producer into a reliable partner in the global industry chain and a co-builder of industry rules. It invites global investors, industry chain producers, and resource-producing countries to join hands, uphold the spirit of partnership, reject unreasonable additional conditions, and jointly build a new global pattern for critical minerals that is inclusive and universally beneficial. Keynote Speech: Investing in Critical Minerals Downstreaming: Unlocking the Full Value of Indonesia's Resources Guest Speaker: Todotua Pasaribu, Vice Minister, Ministry of Investment and Downstream Industry of Indonesia Todotua Pasaribu stated that against the backdrop of climbing global demand for critical minerals and concentrated resource origins, the strategic attributes of this category continue to stand out. Indonesia, leveraging its resource endowment, vigorously promotes the downstream transformation of the entire industry chain, which is a core national policy to boost the economy and optimize supply chain structures. Under the president's policy deployment, Indonesia has designated mineral deep processing as a pillar of industrial upgrading. The authorities have delineated 28 categories of strategic minerals across eight major sectors and estimated potential investment in related tracks at approximately $618 billion, which is expected to create 3 million new jobs annually upon implementation. The country has set investment attraction targets from 2024 to 2029, accompanied by annual implementation plans. The 2026 target is clear, and investment implementation progress in the first quarter has been steady. In recent years, downstream industry investment has accounted for nearly 30% of national fixed asset investment, becoming a key driver to boost the economy and helping the country sprint toward the 8% economic growth target by 2029. He further explained that Indonesia has already established downstream layouts in multiple critical mineral tracks, including nickel, tin, aluminum, copper, PV raw materials, and semiconductor raw materials. The nickel industry has extended from stainless steel production to the entire power battery industry chain, while the tin, aluminum, and copper sectors continue to expand into deep processing, electronic materials, and other high-value-added categories, synchronously deploying supporting industry chains for PV and semiconductors. To solidify the conditions for industrial implementation, Indonesia has optimized the business environment in three aspects: accelerating approval processes, providing infrastructure support, and offering policy incentives. It has shortened project approval cycles, improved supporting facilities for hydropower, ports, and transportation, and implemented supportive measures such as tax reductions and tariff preferences, continuously attracting global capital and technological cooperation. This drives the country's transformation from a raw material exporter to a high-value-added product manufacturer, relying on multi-party collaboration to convert local mineral resources into sustainable industrial benefits. Guest Speaker: Ciyong Zou, Deputy to the Director General and Managing Director of the Directorate of Technical Cooperation and Sustainable Industrial Development, UNIDO (United Nations Industrial Development Organization) Zou Ciyong said global demand for critical minerals continues to rise along with the rapid development of clean energy and digital industries, and the role of resource countries in ensuring stable mineral supply is becoming increasingly critical. Indonesia's transformation path from raw material extraction to deep processing can provide reference for resource countries in the Global South. Currently, mining development still faces multiple challenges such as environmental protection, carbon emissions, and livelihood supporting facilities. Sustainable development has become an imperative for the industry, which needs to balance economic benefits, green development and social inclusion. Leveraging its multilateral platform advantages, UNIDO empowers its member states in multiple dimensions, including industrial policy, technology transfer, investment and financing, and capacity building, promotes the establishment of a Global Green Mining Cooperation Alliance, and has implemented a demonstration project of the Indonesia Nickel Industry Eco-Industrial Park, using the project as a model to explore a sustainable development path for global mining. He pointed out that the long-term development of the critical minerals industry cannot be separated from in-depth international cooperation, and it is necessary to establish transparent public-private partnerships, build resilient supply chains, and uniformly implement common industry standards. Indonesia intends to join forces with partners from all sectors to tap the development potential of the industry, while insisting on placing environmental protection and sustainability at the forefront of industrial development. In the future, UNIDO will continue to engage with governments, industries and capital from multiple parties, working together to achieve coordinated economic, social and environmental benefits from mineral resources. Keynote Speeches Keynote Speech: Beyond Volume: How North Maluku Can Lead Indonesia’s Next Phase of Sustainable Downstream Growth? Guest Speaker: Sherly Tjoanda, Governor of North Maluku Province Sherly Tjoanda elaborated on how North Maluku can lead Indonesia's next phase of sustainable downstream development from the perspectives of geographical location, transportation advantages, skilled talent reserves, and the fact that North Maluku's nickel ore is high-grade ore. Keynote Speech: Two Decades of Critical Minerals: 2016-2036 - How Supply Structures Shape Market Dynamics Guest Speaker: Shirley Wang, VP, Shanghai Metals Market The Rule —Why resource-rich nations must process, not just mine A 1931 Question: Mine Today, or Wait? Hotelling gave mining a theoretical anchor. It was elegant — and incomplete. A rational resource-based country should ensure the rate of price increase is exactly equal to the return on investment (Interest rate) Four Reasons the Real World Departs from the Formula Substitution, policy shifts, demand surprises, and costs — each bends the expected path The Quiet Force Behind All of This Ore grades decline everywhere. Building downstream is not ambition. It is adaptation. Shirley analyzed this by comparing ore grades for nickel, tin, copper, alumina, and others for the years 2016, 2026, and 2036. ► Strategic Insight: Why Low-Grade Ore Is Changing the Rules • Continuously declining grades are forcing industrial upgrading and iteration. Deteriorating raw ore quality is driving mines and smelters to optimize production, increasing the utilization of low-grade ore, the application of new processes, and the recycling of secondary resources. • Pricing power is gradually shifting from trading markets to resource-rich governments. As high-grade mineral deposits are depleted, the impact of short-term supply and demand on prices weakens, and the pace at which resource-rich nations release supply becomes the core variable. Industry Mainline: Commonalities in Two Decades of Development Across Five Metals Nickel: Where One Country Anchors the Market Indonesia influences marginal incremental nickel supply, and the commissioning pace of its domestic industry dominates global nickel price movements. The analysis incorporated the global distribution of nickel mine capacity. Cost Structures Are Moving Apart RKEF costs face the steepest climb. Scale mattered yesterday. Cost discipline matters tomorrow. The Ore Base Is Quietly Shifting Looking at changes in the global nickel production cost structure, the primary low-cost raw material was high-grade primary nickel ore before 2015. From 2016 to 2026, the share of low-grade ore and laterite nickel ore mining has been climbing steadily. Currently, laterite nickel ore stands as the most cost-competitive raw material. As laterite nickel ore grades decline, future nickel production based on sulphide ore may increase. Keynote Speech: Indonesia's Green Nickel: From Us To The Next Generation Guest Speaker: Joseph Hong, President Commissioner, Neo Energy Keynote Speech: AI is NOT optional! Guest Speaker: Adam Fan, Chairman of SMM Adam noted that AI has become an essential requirement for the digital upgrade of the commodity industry. Leveraging a new AI technology system, SMM integrates macro and micro data, market intelligence, and industrial information through full-process intelligent processing, and with human-machine collaboration automatically generates in-depth industry reports — surpassing traditional manual approaches comprehensively in terms of timeliness, coverage, personalization, and depth of analysis. SMM has now deployed a mature industry AI solution: leveraging SMM’s massive database and customized AI capabilities, enterprises can enable intelligent inquiries, interactive reviews, and dynamic strategy simulations, accurately serving transaction analysis, production planning, and inventory strategies for non-ferrous metals such as cobalt, nickel, and copper. SMM AI Data Services offer a three-tier progressive intelligent solution for the metals industry: Instant Inquiry → Xiao Jin (Metrix): access real-time price trends and market insights, with data sourced from a premium subscription-grade database and insights calibrated by senior analysts; In-depth Research → Deep Report: a chapter-by-chapter analysis by product and region, featuring traceable charts and citations, and continuously updated as market conditions evolve; System Integration → MCP Data Services: covering over 200,000 real-time data indicators and more than 60 products across the entire industry chain, a single integration embeds the service into the enterprise AI framework. Keynote Speech: Indonesia's Post-Election Economy: Can the Country Sustain 5–6% Growth Amid Fiscal Pressures, Weak Export Prices and Heavy Industrial Power Subsidies? Speaker: Andre Simangunsong, Head of Mandiri Institute, Office of Chief Economist, Bank Mandiri Andre Simangunsong said Indonesia’s GDP grew by 5.6% in Q1 2026, with a full-year baseline forecast of 5.2%. The strong Q1 growth was primarily driven by a low base effect from delayed fiscal spending in 2025 and the front-loading of this year’s fiscal disbursements. The full year faces uncertainties from rising crude oil prices, geopolitical fluctuations, and a widening fiscal deficit. The 2026 fiscal budget is approximately IDR 2,000 trillion, focusing on eight key areas such as education and food security; 19 major industrial projects have already commenced, with nickel smelting and industry chain parks accelerating establishment, propelling the mineral sector’s transformation from raw resource exports to high-value-added deep processing. Indonesia has revised nickel ore royalty rules, introducing progressive royalty rates, promoting the upgrade of nickel products from nickel pig iron (NPI) to MHP and nickel sulphate, and laying out hydrometallurgical processing for low-grade ores; the outlook for the tin industry is positive. The banking sector’s loan-to-deposit ratio remains stable at 85%, and Bank Mandiri is advancing digital transformation and ESG-compliant lending to empower downstream industry projects. By combining industrial, fiscal, and financial strengths, Indonesia is expected to maintain a growth range of 5%–6% in the medium and long term. CXO Panel: Senior Executives' Roadmaps to Overcome Resource, Cost, Technology & ESG Challenges Moderator: Laksmi Kusumawati, Director of Downstream Planning and International Economic Cooperation, Ministry of National Development Planning/Bappenas Panelists: Bernardus Irmanto, President Director, PT Vale Indonesia Alex Sun, Chief Sustainability Officer and Vice President, Integrated Energy Service and Carbon Management, Envision Group Marvin R. Reinhart, Portfolio Management Department Head, Indonesia Battery Corporation Ilhamsyah Mahendra, Production & Commercial Director, PT Timah Tbk Keynote Speech: Breaking the Diesel Dependency: Reliable, Affordable Energy for Island Mines Speaker: Mr. Fred Ge, C&I BESS Technical Solution Manager in Asia-Pacific, Sungrow Panel Discussion: The "Green Premium" Myth vs. Reality: Who Will Pay for Decarbonization in the Critical Minerals Supply Chain? Moderator： MARCO KAMIYA， UNIDO Representative, Regional Office in Jakarta for Indonesia, Timor Leste and the Philippines UNIDO (United Nations Industrial Development Organization) Panelists: Ary Sudijanto, Deputy for Climate Change Control and Carbon Economic Value Governance, Ministry of Environment, Government of Indonesia Antti Koulumies, CEO, Terrafame Anna Stancher, Senior Project Manager, Responsible Minerals Initiative Yumo Li, Head of ESG Office in Tsingshan Board, Tsingshan Holding Group Lihui Sun, Vice President, Chief Sustainability Officer, Huayou Cobalt From June 3 to June 5, Indonesia Critical Minerals 2026 was held at the Pullman Jakarta Central Park in Jakarta, Indonesia. The conference was organized by Shanghai Metals Market (SMM) and co-organized by the Indonesia Nickel Miners Association (APNI) , the Ministry of Foreign Affairs of the Republic of Indonesia , the National Economic Council of Indonesia , and MMR , in a strategic partnership with the Jakarta Futures Exchange . The conference featured six dedicated forums: the main forum, the nickel and cobalt forum, the tin forum, the coal & energy transition forum, the aluminum forum, and dedicated sub-forums, attracting 3,500+ attendees from 45 countries and regions worldwide, featuring more than 120+ speakers sharing insights on market prices, supply-demand patterns, industry policies, low-carbon development, and ESG development, etc. Additionally, SMM has also meticulously arranged two rounds of panel discussions: Senior Executives' Roadmaps to Overcome Resource, Cost, Technology & ESG Challenges The "Green Premium" Myth vs. Reality: Who Will Pay for Decarbonization in the Critical Minerals Supply Chain? Conference Background In recent years, global nickel and cobalt raw material supply has frequently encountered various disruptions: Indonesia significantly lowered its nickel ore mining quota to 260–270 million mt, tightening nickel resource release at the source; the DRC continuously reduced cobalt ore export quotas, leading to a marked contraction in tradable cobalt raw materials worldwide. Multiple supply variables continued to roil nickel and cobalt commodity futures. Meanwhile, Indonesia is not only the core hub of the global nickel industry chain but also a key production area for global new cobalt supply at this stage. Its industrial control policies, commissioning pace of capacity, and industry chain layout changes directly shape the evolution of the global nickel-cobalt supply-demand pattern. Currently, the global nickel and cobalt industry is at a critical development stage featuring supply-demand restructuring, policy innovation, and value reassessment. To accurately forecast the nickel and cobalt market trends in 2026, deeply analyze the latest industrial control details in Indonesia, and help upstream and downstream players across the industry chain break down collaboration barriers, the Nickel and Cobalt Forum was launched. The forum brought together global mines, smelters, trading firms, downstream end-users, and investment and financing institutions to conduct in-depth discussions on key topics such as market supply and demand trends, policies and regulations, production technology iteration, and cross-border industrial cooperation, jointly exploring new growth drivers for high-quality industry development. Ni & Co Forum Keynote Speech: Mining Regulatory Outlook: RKAB Quota Planning and Indonesia's Next-Phase Downstream Mineral Expansion Path Guest Speaker: Totoh Abdul Fatah, Secretary General of the Directorate General of Mineral and Coal, Ministry of Energy and Mineral Resources Totoh Abdul Fatah noted that RKAB is the key policy instrument for Indonesia to regulate mineral output, coordinate the orderly rollout of industries, and align with the nation's downstream industrialization priorities. Indonesia is endowed with exceptional mineral and coal resources, with significant reserves and capacity in several key strategic commodities including nickel, cobalt, copper, tin, bauxite, gold and silver, and iron ore. Leveraging these unique resource advantages, Indonesia holds a critical strategic position in the global mineral supply chain, and its value is especially prominent in the energy transition wave, providing strong support for the development of power batteries, renewable energy equipment, and high-end manufacturing. The next phase of downstream mineral development is not about curbing growth, but about improving development quality, clarifying development direction, strengthening regulatory management, and reinforcing the sustainability of growth. Future smelter layout must match ore supply capability, be aligned with resource conservation, and coordinate multiple factors including energy infrastructure readiness, environmental protection access standards, and domestic industry value addition. In light of these considerations, the Indonesian government is promoting an industrial logic shift from pure capacity expansion to strategic optimization of resource allocation, ensuring that mineral resources are precisely directed to industry segments that can maximize national economic benefits. Indonesia's downstream mineral industrialization has made concrete progress. Currently, 14 smelters are in operation, primarily producing products such as nickel oxide, pig iron, and copper cathode. Covering both existing operating plants and new projects under construction, the entire industry chain has attracted a total realized investment of $7.849 billion. Breakdown: nickel sector investment of $2.535 billion, aluminum sector $2.181 billion, iron ore projects $47 million, and copper sector $3.084 billion. This is continuously improving the supporting system of the domestic mineral industry chain. This progress demonstrates that Indonesia's downstream mineral policy has achieved tangible results. However, challenges remain for the industry: not only must new smelting projects be completed and commissioned on schedule, but they also require stable supporting supply to achieve efficient operations, green and low-carbon production, and deep integration into the domestic industry chain value system. Indonesia's development direction is very clear: the downstream transformation of minerals will continue to advance, and during the implementation process, policy enforcement constraints and top-level strategic guidance will be further strengthened. The RKAB management system and ore source allocation control rules are key to building a robust and more resilient industrial ecosystem. Future smelting project planning needs to coordinate four key dimensions: sustainable resource development, supply-demand market equilibrium, ESG compliance implementation, and enhancement of national value added. Indonesia has always been open to quality investment, especially high-quality investment, relying on foreign capital to achieve technology transfer and localization, expand local employment, and support long-term economic growth. In other words, Indonesia's industrial development not only pursues growth, but is committed to achieving high-quality growth that is compliant, sustainable, and globally competitive. Keynote Speech: Nickel at a Crossroads：A Five-Year Outlook on Global Nickel — Navigating Policy, Supply, and Demand Shifts Speaker: Thomas Feng, Head of Industry Research, Shanghai Metals Market Feng projects that the global primary nickel market will show a supply deficit in 2026, continue the oversupply trend in 2027, and shift to a tight balance in 2029. Regarding refined nickel prices, on the cost side, global sulfur supply and demand will face a persistent deficit in the next 2–3 years. In the case of short-term strait blockades, sulfur prices remain high, strengthening the cost support for the sulfur-MHP-refined nickel chain. From a macro perspective, the U.S.-Israel-Iran conflict has triggered wild swings in energy prices, pushing up inflation expectations. In the short term, global commodity prices will face considerable fluctuations. In the long term, global geopolitical uncertainty may become the new normal in the future, increasing the volatility of refined nickel prices. Nickel Ore Upstream Repricing: Indonesia's Benchmark Price Raise, Quota Tightening, and Increased Dependence on the Philippines Indonesia Nickel Ore RKAB Quotas: Tight Balance Emerges as the 2026 Main Theme According to SMM analysis, following the Indonesian Ministry of Energy and Mineral Resources' (ESDM) official denial of market rumors that RKAB production quotas would be raised across the board by 25%–30%, the government will handle supplementary quotas under strict case-by-case reviews starting from H2 2026, evaluating each miner's compliance, capacity, and resource reserves. At its core, this constitutes a routine and orderly optimisation of the existing 260–270 million wmt quota cap, paving the way for a more stable and sustainable market environment. Supply RKAB Approval Progress: As of April, Indonesia's cumulative approved RKAB quotas stand at 240 million wmt. SMM expects that, under expectations of continued nickel ore supply tightening, supplementary quotas around mid-year 2026 will be approximately 15%. Philippine Import Driver: SMM expects that this year, Indonesia's nickel ore imports from the Philippines will rise from approximately 15 million in 2025 to 22 million. Tightness in the domestic trade nickel ore supply will accelerate supplementation through imports from the Philippines. Demand Affected by the tight sulfur supply, MHP output has fallen short of earlier expectations. As a result, Indonesia's nickel ore demand for full-year 2026 is expected to be reduced to 303 million wmt. In 2026, actual nickel ore production will remain constrained by factors such as the rainy season and the pace of RKAB quota approvals, leaving overall output below theoretical supply levels. Panel Discussion: Upstream Opportunities & Challenges for Nickel Mine Owners Moderator: Enzo Brooklyn, Senior Nickel Analyst, SMM Panelists: Luca Maiotti, Policy Analyst, Organisation for Economic Co-operation and Development (OECD) Aldo Namora, President Director, PT Ceria Metalindo Prima Jerome Baudelet, CEO, Eramet Indonesia Patrick Lim, Country Head, HyperStrong Indonesia Keynote Speech: Achieving Energy Efficiency and Operational Success: The MMD Approach at Mah Moe Speaker: Fuad Budidarma Pratama, General Manager, MMD Mining Machinery Indonesia Keynote Speech: Global Nickel Market Outlook Speaker: Ricardo Ferreira, Director of Market Research and Statistics, International Nickel Study Group (INSG) Ricardo Ferreira noted that global primary nickel production is estimated to have declined by approximately 4% YoY, measured across the full chain from raw ore mining to finished primary nickel products. Most of this decrease originated from Indonesia, while expectations also pointed to a pullback in Chinese nickel output. According to the monthly bulletin released earlier, global primary nickel already edged down by about 1% in Q1, with Indonesia down roughly 3% and China down about 1%. Keynote Speech: New Refining Technologies for Laterite Nickel and Spent Batteries Speaker: Dr. Chunwei Liu, Managing Director of Resource Extraction, Botree Recycling Technologies Distribution of Laterite Nickel Ore Resources Laterite nickel ore accounts for 55% of global nickel resources and is the main source of nickel for industrial production worldwide. With the continuous development and promotion of high-nickel batteries, market demand for nickel—and consequently for laterite nickel ore processing—has grown significantly. Geographic concentration: Mainly distributed in tropical countries within 30° north and south of the equator. Three core regions: Southeast Asia: Indonesia, the Philippines (major laterite nickel ore producing areas). Americas: Cuba, Brazil. Oceania: Australia, New Caledonia. Panel Discussion: Nickel Price Volatility, Product Spreads, and Policy Shifts: What Will Define the Market in the next 5 years? Moderator: Slupek Kamila, Secretary-General, INSG Panelists: Jim Lennon, Analyst, Macquarie Septian Hario Seto, Member, National Economic Council Republic of Indonesia Denis Sharypin, Strategic Marketing Director, Norilsk Nickel Edric Koh, Head of Corporate Sales, Asia, London Metal Exchange Mark Selby, CEO & Director, Canada Nickel Company Keynote Speech: Korean Battery Supply Chain Strategy and Indonesia's Role Speaker: James (IKHWAN) Choi, Country Manager, Korea Office, SMM Korea Office Keynote Speech: Retreat or Evolve? The Counter-Attack of High-Nickel Batteries under the LFP Siege: Solid State, 4680, and the "Range Anxiety" Premium Speaker: Jared Zhu, Head of Consulting, Renewable Energy & Non-ferrous Metals, Shanghai Metals Market Jared noted that LFP batteries have steadily increased their market share in power battery and energy storage markets in recent years. With the rapid development of emerging sectors such as humanoid robots, industrial robots, and electric vertical take-off and landing vehicles (eVTOL), ternary batteries, leveraging their performance advantages, are more competitive than LFP batteries. Solid-state batteries are regarded by the industry as a must-win field for future competition, but it is worth noting that this new technology, capable of rewriting industry rules, still has a long development cycle before full commercialization. Positioning in the LFP Era LFP Accelerates Replacement of Ni-Co-Mn in Energy Storage and EVs, Leading in Scale and Growth SMM forecasts the global share of EV power battery types from 2026 to 2027, expecting LFP batteries to account for around 68% in 2026, with that ratio rising to about 70% in 2027. For ESS battery types, from 2022 to 2025, the share of LFP batteries in global ESS batteries continued to rise, and in 2026, it is expected to increase to around 99%. Keynote Speech: QMAG - Market Leader of Calcined Magnesia for Nickel/Cobalt MHP Production Speaker: Christoph Beyer, Managing Director of Queensland Magnesia (QMAG) Dr. Keynote Speech: Cobalt in Focus: Powering the Next Chapter of Critical Minerals Speaker: Dinah McLeod, Director General, Cobalt Institute June 5: Nickel and Cobalt Forum Keynote Speeches Keynote Speech: Balancing Risk and Reward: Investing in Indonesia's Nickel and Cobalt Value Chain Speaker: Izzie Huo, Senior Research Fellow, Shanghai Metals Market Panel Discussion: Too Much Nickel? Balancing Oversupply Risks with Long-Term Investment in Indonesia Moderator: Jean Tang, Commercial Director, Shanghai Metals Market Panelists: Ali Safdar, Managing Director & Partner, BCG (Boston Consulting Group) Arif Perdana Kusumah, Chairman, Forum Industri Nikel Indonesia (FINI) Ditya Maharhani Harninda, Senior Vice President Corporate Banking 2, PT Bank Negara Indonesia Tbk (Persero) Keynote Speech: Valve Solutions for Severe Service in HPAL Speaker: Changsong Deng, President of International Business Division, ANTIWEAR Keynote Speech: Breaking the Import Dependency: Economics and Feasibility of Pyrite-based Acid Production for Indonesia's HPAL Supply Chain Speaker: Bede Beresford Evans, President Director, PT Sumbawa Timur Mining Keynote Speech: Key Technology and Economic Analysis of AI Power Microgrid Solutions in Mining Speaker: Frank Qi, CEO, Ai Power (Suzhou) Technology Co., Ltd. Keynote Speech: Value of Analytical Solutions in Mining Processes Speaker: Toh Tiong Yen, Sales Manager, Malvern Panalytical Keynote Speech: New Caledonia's Nickel Landscape Speaker: Gabriel Bensimon, Special Advisor to the President of the Government on Nickel and Mining-Related Matters, The Government of New Caledonia Keynote Speech: Global Flow of Nickel from Mining to End-Use Speaker: Dr. Steukers Veronique, President, Nickel Institute Primary nickel production is now dominated by Indonesia. In 2025, Indonesia produced around 50% of the world's primary nickel, compared to just 6% a decade earlier. Primary nickel production in the rest of the world declined. In 2025, primary nickel production in the rest of the world, excluding Indonesia and China, accounted for just over 20% of the global total, down from 65% a decade earlier. Indonesia and China are the core driving forces shaping the global nickel supply chain landscape. From the perspective of nickel product circulation structure, NPI, backed by Indonesia's capacity advantage, firmly dominates the circulation mainstream; in terms of global nickel raw material supply by grade, Class 2 nickel accounts for approximately 58%, Class 1 nickel for just under 30%, and nickel chemical products for the remaining around 13%. Panel Discussion: Meet the Future of ESG: Standard, Challenges and Opportunities in Mining and Processing Moderator: Katz Benjamin, Policy Analyst, OECD Panelists: Dr. Chris Schlekat, Executive Director of NIPERA, Nickel Institute Ning Wang, Manager, Sustainable Development Department, China Chamber of Commerce of Metals, Minerals & Chemicals Importers & Exporters Yumo Li, Head of ESG Office in Tsingshan Board, Tsingshan Holding Group Vinícius Mendes Ferreira, Executive Advisor for Nickel Downstreaming, PT Vale Indonesia Fan Li, Sustainability and ESG Services Manager, dss+ Tom Fairlie, Senior Sustainability Manager, Cobalt Institute Tin Forum June 4 Visit to the Association of Indonesian Tin Exporters (AETI) Shanghai Metals Market (SMM) is pleased to announce that an SMM-led delegation, headed by SMM Copper & Tin Overseas Marketing Manager Jenny Wu and made up of delegates from the Indonesia Critical Minerals Conference & Expo 2026 , conducted a formal visit to the Association of Indonesian Tin Exporters (AETI) on June 4. The event was organized by SMM and co-organized by Indonesia’s Ministry of Foreign Affairs, National Economic Council, Indonesia Nickel Miners Association (APNI), and MMR, with the Jakarta Futures Exchange as the strategic partner. This visit underscores SMM’s commitment to fostering long-term, win-win partnerships between Indonesia’s top mineral exporters and global metals industry stakeholders. Supply and Demand Exchange Session June 5 Opening Remarks Speaker: Adam Fan, Chairman of SMM Keynote Speech Keynote Speech: DRC Tin Ore: Current Supply Status and Market Dynamics Insights Speaker: Raj Chug, General Manager, Mining Mineral Resources Keynote Speech: African Tin Ore: Resource Potential and Supply Chain Breakthrough Paths Amid Supply Shortages Speaker: Egyul Mamoko， Metallurgist Expert， CTCPM (Cellule Technique de Coordination et de Planification Minière) [Panel Discussion] Global Tin Mine Supply Seminar: Current Status, Opportunities, and Future Challenges Moderator: Vicky Qiao, Senior Analyst at SMM Panelists: Egyul Mamoko, Metallurgist Expert, CTCPM (Cellule Technique de Coordination et de Planification Minière) Erwin Setyawan, Head of Trading & Operation, Jakarta Futures Exchange Joseph G. Miller Esq, Strategic & Defense Metals Specialist/Director, Mission Critical Metals, Mission Critical Metals Keynote Speech: The Development Trend of the Tin Market in China Speaker: Zheyu Zhang, Tin Market Analyst, Marketing Department, Yuntin (Honghe) Investment Development Co., Ltd. Keynote Speech: Opportunities and Challenges for Smelters Under Indonesia's New Tin Industry Policies Speaker: Yazid Kanca Surya, Chief Executive Officer, Jakarta Futures Exchange Fragmented Global Supply Chain System Reshaping of the Geopolitical Landscape : Trade disputes and geopolitical tensions are profoundly altering traditional commodity trade patterns. Industrial Security :Countries are increasingly prioritizing long-term stable supply of strategic resources over short-term price advantages. Focus on Critical Minerals : Tin’s industry role is no longer isolated; it has become a core issue in the global energy transition and high-end manufacturing sectors. Evolution of the Tin Market The industry is entering a new phase where credibility is as important as capacity. Promoting Downstream Industrialisation (Hilirisasi) •Historical Development Background: Indonesia has long been dominated by the supply of primary processed products, with most downstream value addition achieved outside China. • Strategic Goals : Indonesia is adjusting export policies, trade management, and supply chain oversight to retain high-value-added industries within the country. Strengthening regulation and cracking down on illegal mining are not punitive measures, but rather efforts to build a transparent system to help the local area vigorously promote the development of downstream industries. Smelters Under Pressure Upstream uncertainties: Illegal mining disrupts the market, raw material supply fluctuates, and price trends are difficult to predict. Downstream market requirements: Strict compliance standards, full transparency in raw material traceability, and continuously rising screening thresholds for buyers. Market Volatility Intensifies The uncertainty in the current operating environment has increased significantly. Enterprises must not only cope with production risks, but also simultaneously address the multiple pressures arising from external shocks and rising operating costs. Investment Barriers in Deep Processing Keynote Speech: Deepening Downstream Diversification, Joining Hands to Foster Long-term Prosperity Guest Speaker: HARRY BUDI SIDHARTA, S.T, MM., Vice President Director, PT Timah (Persero) Tbk Keynote Speech: Challenges and Opportunities for China's Tin Industry amid Global Tin Ore Supply Changes Guest Speaker: Huanbo Qin, Market Analyst, International Tin Association China Keynote Speech: Analysis of Global Tin Price Trends and Future Outlook Speaker: Vicky Qiao, Senior Analyst, Shanghai Metals Market Price Trend Overview Price Review: Amid macroeconomic and geopolitical disruptions, market fundamentals have provided structural support Key Points: Tight mine-side supply has established a long-term price floor, while macro liquidity has primarily driven price fluctuations. Tin Resources and Mine Supply Landscape Supply elasticity is limited, accompanied by a high geographic concentration of reserves; the global static mine life is less than 15 years. Rising mine production alongside shrinking global resources has accelerated reserve depletion in producing countries. DRC: Output from major mines remained stable; however, M23 militant activities increased market uncertainty. ►Risks 1. The M23 armed conflict has spread to the Masisi region east of the Bisie mine and the Goma border crossing between the DRC and Rwanda, directly disrupting the original tin ore transportation route via Goma to Dar es Salaam. 2. To mitigate conflict risks, security at the Bisie mine has been reinforced, and freight routes have been adjusted northward to reroute through Uganda, ultimately destined for the port of Mombasa in Kenya. Nevertheless, market concerns persist that further spread of the M23 conflict could disrupt normal production operations at the mine. 3. The DRC recently experienced an Ebola outbreak, with confirmed cases concentrated in Beni and Bunia, areas adjacent to Uganda. Strict disease prevention measures have been implemented at both the mine and along transportation links; Bisie's mining and freight activities have yet to be affected by the pandemic impact. However, the market remains apprehensive about the local mineral supply outlook. Myanmar's Man Maw Tin Mine: Production Resumptions Hindered • 90% of Myanmar's tin ore production is concentrated in Wa State. To ensure rational resource extraction and stable regional development, Wa State suspended all tin ore mining starting in 2023, with new mining permits only reissued in July 2025. Due to the local rainy climate, the mine pits accumulated significant water during the suspension, making drainage the primary challenge upon work resumption. As the water accumulation issue affected multiple pits, the cost-sharing arrangements for drainage among mining enterprises were long delayed and never finalized. The resulting obstruction of drainage work has directly constrained the mine's production resumption progress. •In February 2026, the local government issued detailed rules clarifying the cost-sharing standards for drainage, and the Wa State tin mine immediately began resuming production. •Currently, strict approval and control of civilian explosives in Myanmar, compounded by disruptions to mining and logistics caused by the rainy season, have led to progress in local production resumptions falling short of expectations. Full resumption is expected only by 2027. The number of new tin mine projects globally is scarce, with generally low ore grades and lengthy development-to-production cycles. New projects generally have low ore grades, posing upside risks to future mining costs and increasing operational difficulty. Only three new projects have grades above 1%. Lower ore grades mean that more raw ore must be processed to produce the same amount of tin metal. The future supply landscape will be markedly differentiated, with total planned and under-construction projects reaching 173.5 kt in capacity, and just four major projects accounting for over 67%. Global supply will be highly dependent on these core mine projects, while five new projects in Australia can only bring a small incremental increase with limited impact. Global Tin Ingot Supply The high concentration of primary tin smelting capacity limits the global supply elasticity of tin ingots. Keynote Speech: Achieving the Trading and Risk Hedging of Pure Tin Ingots Through the Standardized Trading Mechanism of the Futures Market – Commodity Futures Trading Regulatory Authority Guest Speaker: Ima Siti Fatimah, Head of the Commodity Futures Trading Development Bureau, Ministry of Trade of the Republic of Indonesia Keynote Speech: Under the Drive of Geopolitical Policies: Global Strategic Metal Tin Trade Restructuring, Breakthroughs in North American Secondary Production, and New Logic in Solder Consumption Guest Speaker: Joseph G. Miller Esq, Strategic & Defense Metals Specialist/Director, Mission Critical Metals, Mission Critical Metals ► Securing Supply: US Plan to Reshore Critical Metal (Tin) Capacity • Lessons drawn from COVID-19 and World War II. • No primary tin capacity currently exists in North America: no tin ore mining operations, no tin ore smelting capacity. • The US secondary tin market is regionally fragmented. • The US government supports the Nathan Trotter primary/secondary tin smelter. • The Trump administration has made multiple investments in the critical metals sector. • Security situation in the DRC and surrounding regions. ► Data Center Tin Consumption Estimates How much tin is consumed per gigawatt of installed data center capacity? • Servers, GPUs, network systems: 500–1,500 mt. • Power systems, switchgear: 100–400 mt. • Control devices, communication equipment, cooling systems: 50–200 mt. • Tin usage per gigawatt of installed AI data center capacity is approximately 1,200–1,500 mt. Additionally, the speaker noted: the PV industry's annual tin consumption is about 25,000 mt, with average annual new installations of around 30 GW, corresponding to tin demand of 36,000–45,000 mt. Keynote Speech: Due Diligence in the Indonesian Tin Sector: A Tradition of Early Adoption and Pathways for ESG Leadership Guest Speaker: Josue Ruiz, Director of Facility Engagement, Responsible Minerals Initiative Keynote Speech: Malaysian Tin Mine: Market Breakthrough and Global Expansion from the Perspective of Critical Minerals Guest Speaker: DATO DEREK TENG, Director of the SETARA JELITA SDN BHD, President of the MALAYSIA MARITIME SILK ROUTE RESEARCH SOCIETY Critical Minerals in the New Era Strategic Positioning and Core Applications of Tin National Strategic Cornerstone: Listed in the “Critical Minerals List” by many countries, it holds an irreplaceable core position in securing national resource security and maintaining the resilience of global supply chains. Modern Industrial Lifeline: The core raw material for electronic solder manufacturing, it supports semiconductor packaging, PCB circuit boards, and other electronic information industries, serving as the “industrial monosodium glutamate” of modern manufacturing. Frontier Technology Engine: Empowering emerging technologies such as 5G communications, NEV batteries, PV modules, and AI chips, it drives the dual transformation of the digital economy and green transition. Tin: The “Industrial MSG” Driving High-Tech Industries ► A Core Member of the Global Critical Minerals System U.S. Official Designation: According to the U.S. Geological Survey (USGS) “2025 Critical Minerals List,” tin is formally listed as a critical mineral, regarded as a strategic resource vital to national economic development and national security. Global Industry Consensus: In the mineral assessment systems of the EU and other developed economies, tin also occupies a core position. It is an indispensable “emerging cornerstone mineral” supporting the global digital economic transformation and the upgrade of the new energy industry. The global tin application structure in 2025 is very clear: 53% is used in semiconductors and high-end electronic solder, 16% in fine tin chemical new materials, 11% in food-grade tinplate and tin cans, and 8% directly in the PV green new energy industry. Tin Applications in High-Growth Sectors Currently, three major high-growth tracks worldwide are continuously driving rigid incremental demand for tin. First, AI computing power and hyperscale data centers: The tin consumption per unit of high-end AI servers is 3–13 times that of ordinary servers. With the explosive growth of global AI computing power demand, the demand for high-end solder will continue to grow rapidly. Second, new energy vehicles: Tin consumption per vehicle is about three times that of internal combustion engine vehicles, and for intelligent car models, it can reach up to 1.5 kg per vehicle. Third, advanced packaging: The solder ball usage of advanced packaging technologies such as HBM (High Bandwidth Memory) is more than five times that of traditional DRAM. Malaysia at a Crossroads The Decline of a Former Empire and Opportunities for Transformation ► Glorious History · Tin Empire: In the 1960s, Malaysia was the world's veritable "Tin Empire." Its tin production once accounted for one-third of the global total, and revenue from tin exports represented as much as 60% of the country's total export revenue, dominating the global tin trade landscape. ► Current Situation · Dual Challenges: However, after industrial iteration, its share of global production was only 0.2% in 2023, with annual output falling to 6,100 mt, marking a sharp decline. Malaysia still holds considerable secondary resource reserves of 780,000 tonnes, with native ore depleted but tailings holding significant potential. ► Future · Reshaping Value Strategic Empowerment: Leverage the new strategic identity of “critical minerals” to enhance discourse power and bargaining power in the international supply chain. Industrial Leap: Shift away from dependence on primary tin ingot exports and move towards high value-added deep processing manufacturing and the establishment of a circular economy system. Core Challenges Faced Currently, Malaysia’s tin industry faces four core structural challenges. Market Breakthrough: Reshaping Value Embrace the New Identity and Extend into Downstream High Value-Added Sectors Build a Regional Circular Economy Center Core Strategy: Fully leverage Malaysia’s industrial advantage as a global electronics manufacturing center, turning the large amount of tin-containing scrap generated during production—including solder dross, waste circuit boards, etc.—into valuable recycled tin resources, and establish an “urban mining” resource recycling system. Keynote Speech: From Waste to Value: How Smelters and Recycling Enterprises Uncover Hidden Treasures in Tin Ore By-Products Guest Speaker: Justin Wang, Director of Marketing and Technology, Stannum Solutions(Shanghai) Co., Ltd. Coal & Energy Transition Forum June 4 Keynote Speeches Keynote Speech: The Future of Renewable Energy for Mining Contractors in Indonesia Guest Speaker: Bambang Tjahjono, Executive Director of ASPINDO Panel Discussion: The Indonesia 2060 Net-Zero Roadmap: The Role and Transition Pathway for the Mining Sector Moderator: Verena Streitferdt, Director, Tri Hita Consulting Panelists: Alfonsius Ariawan, Mining & Metals Lead, Indonesia, dss+ Yan Yan Muhammad Achdiansyah, Innovative Project Manager for Asia Pacific, HDF Energy Ardhi Ishak, Chairman of Industry Relations & Industry Associations, PERHAPI (Association of Indonesian Mining Professionals) Keynote Speech: Banking on the Transition: Sustainable Finance Solutions for Indonesia’s Mining and Energy Sector Guest Speaker: Dendi Ramdani, Vice President for Industry and Regional Research, PT Bank Mandiri (Persero) Tbk. [Panel Discussion] Reshaping the Role of Coal: Balancing Indonesia's Energy Security and Just Transition Moderator: Muhammad Saly Putra, Head of Marketing, MMS Resources Panelists: Putra Adhiguna, Managing Director, Energy Shift Institute Anton Frian Yohanes Reynaldo, Global Relations Team, Badan Pengaturan Badan Usaha Milik Negara (BP BUMN) Gita Mahyarani, Executive Director, APBI-ICMA Emmanuel Jefferson Kuesar, Chief Executive Officer, Sun Energy Ardhi Ishak, Chairman of Industry Relations & Industry Associations, PERHAPI (Association of Indonesian Mining Professionals) Keynote Speech: Shifting Global Demand: Capturing Emerging Markets in South Asia Guest Speaker: Vasudev Pamnani, Director, iEnergy Natural Resources Limited Executive Roundtable – Margin Protection Strategies: Managing High Production Costs, Royalty Hikes, and Domestic Pricing Caps Moderator: Kevin Triadi Gunawan, Country BD Manager, Argus Panelists: Suryo Suwignjo, CEO, PT Titan Infra Sejatera Ashok Mitra, Senior Advisor, Bakrie Capital Indonesia FH Kristiono, CEO, UCoal Keynote Speech: The Cost of Compliance: Balancing Cash Flow and Strategic Investment Amidst RKAB Quota Cuts and DMO Burdens Speaker: Subhashish Datta, CFO, Kaltim Prima Coal June 5 Coal & Energy Transition Forum Keynote Speeches Panel Discussion: Vision to Leverage 100GW of Solar - What are the Opportunities and Challenges Moderator: Tengku Zulchairi P., Indonesia Sales Manager, LONGi Solar Panelists: Dr. Farid Wijaya, Manager of Sectoral Decarbonization Research, Institute for Essential Services Reform (IESR) Eka Himawan, Co-Founder & Managing Director, Xurya Daya Indonesia Johan Hadi Wardoyo, Chief Commercial Officer, PT Trina Mas Agra Indonesia Keynote Speech: Navigating the Cycles: The Evolution of Global PV Supply Chains and Its Strategic Impact on Indonesia Speaker: Ryan Tey Tze Yang, PV Analyst, Shanghai Metals Market Keynote Speech: From Ambition to Action: AESI's Roadmap for Solar deployment in Indonesia's Critical Minerals Sector Speaker: I Made Aditya Suryawidya, Vice Chairman of Research and Technology, Asosiasi Energi Surya Indonesia (AESI) Panel Discussion: Hybrid Energy Systems: Designing the Optimal Mix of Solar, Storage, and Diesel for Mega-Mines Moderator: Ryan Tey Tze Yang, PV Analyst, Shanghai Metals Market Panelists: Eka Satria, CEO, Medco Power Indonesia Ricky Cahya Andrian, Vice President of Decarbonization Business Development and Energy Management, PT PLN (Persero) Karina Darmawan, Chief Executive Officer, SUN Mobility Muchtazar, Head of Sustainability, Nickel Industries Limited Nian Gao, Director, Microgrid Solution Department, Sungrow Keynote Speech: EV Infrastructure & Energy Storage: The Final Piece of the Mining Decarbonization Puzzle Speaker: Christopher Marvel, Country Business Development Manager - Indonesia, StarCharge Mining carbon emissions are typical operational emissions, with emission sources spanning the entire operational chain of a mine. Mine decarbonization cannot be achieved solely through carbon disclosure, carbon offsets, or green procurement. Daily production activities such as transportation and turnaround, captive power supply, crushing and grinding, mine ventilation, and process electricity are the core carriers of carbon emissions. The core challenge for the industry today is to steadily reduce carbon emission intensity against a backdrop of growing demand for minerals. This requires a systematic restructuring of the mine’s overall energy system, rather than simply replacing fuels for individual equipment. Diesel-powered transport is the key battleground for carbon reduction in mines Various types of mobile equipment are the key targets for carbon emission monitoring. The average annual fuel consumption of a single mining truck is close to one million liters. For open-pit mines, fuel consumption is closely linked to haul distance, road gradient, payload, dispatch management, and vehicle idling. Therefore, the transport phase becomes the optimal breakthrough point that balances carbon reduction and production efficiency. The electrification of mining trucks is not a technical bottleneck; the real key lies in whether the supporting core infrastructure, such as charging and energy storage, can enable the equipment to operate at full capacity and ensure that production is not affected. The global fleet of large mining haul trucks numbers about 28,000 units, and is still predominantly diesel-powered. According to RMI estimates, the average annual diesel consumption of a single truck reaches 900,000 liters; energy consumption by haul vehicles accounts for 30%–50% of total mine energy use, corresponding to annual CO2 emissions from the global fleet of approximately 68 million mt. Keynote Speech: From Blueprint to Site: Engineering Practices for High-Availability PV-Storage Microgrids in Indonesia’s Tropical Rainforests Guest Speaker: Frank Qi, CEO, AI Power (Suzhou) Tech. Co., Ltd. Suryawan Teddy, Director of ATW Solar Panel Discussion: What Will Drive the Next Wave of Industrial Solar in Indonesia? Moderator: Eric C. Listyosuputro, Partner, EY-Parthenon Indonesia Panelists: Jannata (Egi) Giwangkara, Country Lead – Indonesia, Climateworks Zidny Ilman, Associate Vice President of Public Policy and Government Relations, Suryanesia Aluminum Forum June 4 Guest Speeches Keynote Speech: Aluminum Market — Looking Ahead from Today's Supply Chain Squeeze Speaker: Duncan Hobbs, Research Director, Concord Resources Ltd Duncan Hobbs noted that while the aluminum market currently appears to face a significant supply deficit, the inventory available to fill that gap is limited. We have lowered our forecast for global aluminum production in 2026, expecting total output of around 73.8 million mt, basically flat YoY, whereas our January forecast projected a 2.8% YoY increase. At the same time, the global aluminum consumption growth forecast has been revised down from 2.3% to 1.9%. After these adjustments, the estimated nominal market deficit expands to roughly 2.1 million mt, a substantial increase from the 300,000 mt projected in January. Absorbing this deficit depends heavily on accessible inventories; if inventory draws prove insufficient, the supply-demand balance will have to rely on price mechanisms to curb demand, ultimately bringing consumption in line with actual production. Currently, freely circulating market inventory may struggle to cover the 2.1 million mt deficit, providing upward momentum for aluminum prices. Keynote Speech: Updated Downstream Development of Minerals and Energy in Indonesia Speaker: Novi Muharam, Acting Head of Division Downstream Strategy, Research & Process Engineering, MIND ID Panel Discussion: Navigating Change: Resilience Strategies for the Global Bauxite, Alumina and Primary Aluminum Market Moderator: Sibyl Yang, Senior Aluminum Analyst, Shanghai Metals Market Panelists: Mark Roggensinger, Head of Market Analysis - Hydro Bauxite & Alumina, Hydro Dinesh Raj, P. Global Head – Supply Chain Due Diligence, Siemens Energy Ken Permana, CFO, PT Indonesia Asahan Alumunium Mahmood Dailami, Secretary General, Gulf Aluminium Council Ilham Iskandar Siregar, SVP - Base Metals Commercial, PT ANTAM Tbk Keynote Speech: Expansion of India’s Upstream Aluminum Sector: New Projects and the Rise of Alumina Capacity Speaker: Dr. Ashok Nandi, President, IBAAS-International Bauxite Alumina & Aluminium Society ► Currently, India's alumina capacity is approximately 11.3 million mt/year, and through brownfield and greenfield expansions, it is expected to increase to 15 million mt/year by 2030. ► Although the country has abundant bauxite resources, the main issue is that deposits are often located in ecologically sensitive areas, such as tribal lands and dense forests, and environmental clearances face delays. ► Refineries like Lanjigarh Vedanta, Hindalco Belgavi, and Pioneer struggle to secure local ore supply and primarily import bauxite from Guinea. Global Alumina Landscape China is the global leader in alumina production. Australia trails far behind, followed by India, Brazil, Russia, and other countries. Keynote Speech: Restructuring the Aluminum Industry in the Low-Carbon Era: China-Driven Transformation of Global Bauxite Supply Chain Rules and Redistribution of Power Speaker: Linda Shan, Deputy Secretary-General & Director of the International Department of the United Nations Mining Consultative Expert Committee, ZHONGUANCUN Green Mine Industry Alliance The global aluminum industry stands at a historic turning point. This is not a simple adjustment of price cycles or supply-demand relationships, but a deep restructuring jointly driven by the low-carbon transition, industrial upgrading, resource security, and international cooperation. The theme of this paper is to analyze how China is driving the rule transformation in the global bauxite supply chain and to reveal the profound implications of power redistribution therein. The Variables Have Changed: From Old Cycles to New Rules The variables shaping the industry's direction have fundamentally changed. In the past, the market focused on the supply-demand gap, energy prices, and inventory cycles. But today, low-carbon rules, geopolitics, industrial policies, and supply chain risks have become the new dominant forces. One key data point is that in March 2026, China's primary aluminum production accounted for 60.2% of the global total. This indicates that the global aluminum industry is shifting from being purely cost-driven to a more complex rule-driven era. Why did this transformation occur? Because the three major fundamental assumptions on which the industry relied for decades are being broken. Previously, it was widely believed that resources could flow freely, energy prices would remain stable in the long term, and the global trade environment was relatively open. But the reality now is that logistics security is no longer taken for granted, energy costs are experiencing wild swings, and trade rules are constantly being rewritten. In one sentence: The old era was about competing on cost, while the new era is about the competitiveness of the system. Keynote Speech: Innovative Technologies for Energy Saving and Emission Reduction in Primary Aluminum Smelting Speaker: Yanfeng Lu, Deputy General Manager of Overseas Business Center, Shenyang Aluminum and Magnesium Engineeringand Research Institute Company Limited (SAMI) He stated that the company has always focused on energy savings, high efficiency, and environmental protection as core objectives, and has planned three major paths: enhancing magnetohydrodynamic stability, maintaining a good thermal balance, and systematically saving energy and reducing consumption. By optimizing the cathode assembly’s conduction path using interface fluctuation theory, the horizontal current in the aluminum liquid is reduced by over 30%, reducing pot deformation caused by electromagnetic force disturbances. Cathode voltage drop is reduced by 50 mV, and service life is extended by 20%. Breakthrough in Magnetohydrodynamic Stability: The company has adopted the most advanced physical field simulation technology for the R&D and design of pots, among which the magnetohydrodynamic simulation design provides technical assurance for the pots to achieve high efficiency and low consumption targets. Developed loop compensation external busbar technology and networked self-balancing busbar technology, enabling the pots to operate stably at low voltage, with a voltage reduction of 10%-15% compared to conventional pots, and improving current efficiency by 2%-3%. Through precise gas collection technology from dual-sided upper flues and a new ventilation structure for the plant, the working environment has been improved and environmental protection indicators have been enhanced. Additionally, the plug-in rectangular pot shell technology can significantly extend the lining life and improve equipment operational efficiency. Keynote Speech: High-Temperature Anti-Oxidation Functional Ceramic Coating Technology and Application for Prebaked Anodes Speaker: Guojing Hu, Technical Director, Jiangsu Green Harmony Energy and Environment Conservation Technology Co., Ltd. Keynote Speech: Linking the World: Nanshan's Localization Practice in Indonesia and the Aluminum Industry's Collaborative Future Speaker: Zhu Jiahui, Deputy General Manager, Bintan Alumina Indonesia He noted that China's aluminum capacity has approached the ceiling of 45 million mt, with extremely limited room for new additions, intensifying market competition. Meanwhile, Southeast Asia is undergoing rapid industrialization, and aluminum consumption demand remains robust. Indonesia, in particular, with its abundant bauxite resources, has become a hot spot for the global aluminum industry's relocation. It was based on this assessment that Nanshan made the strategic decision to break out of the domestic red ocean and set sail for the blue ocean overseas. Panel Discussion: Indonesia as the Global Focal Point of the Aluminum Industry: Investment, Technology and Cooperation Moderator: Jordan Janesputra, Senior Aluminum Analyst, SMM Indonesia Panelists: Mr. Eddy Permata Purba, Commercial and Business Development Director, PT Borneo Alumina Indonesia Dr. Beni Bevly Director PT Supreme Alumina Indonesia Esther Rodriguez, Critical Minerals Lead Responsible Sourcing, Ericsson AB Winston Ng, Director, PT Kalimantan Aluminium Industry June 5 Aluminum Forum Keynote Speeches Keynote Speech: The production practice of Borneo Alumina Indonesia Refinery and the future development direction of alumina technology Guest Speaker: Chuan Li, Deputy Director of Alumina Department, Shenyang Aluminum and Magnesium Engineeringand Research Institute Company Limited (SAMI) He stated that the BAI alumina refinery in Indonesia is a successful application of SAMI technology in the country, utilizing local bauxite and meeting international standards. Looking ahead, alumina technology is expected to develop towards large-scale, low-carbon, green, high-quality products, and intelligentization. SAMI will be committed to providing advanced, reliable, and customized alumina solutions to clients worldwide. Keynote Speech: Global Aluminum Market Outlook 2027: Key Variables and Uncertainties Guest Speaker: Sibyl Yang, Senior Aluminum Analyst, SMM She noted that from 2021 to 2024, the global aluminum market experienced a persistent supply deficit. The year 2025 became a pivotal turning point for the industry, with the aluminum market showing a tight supply-demand balance and a slight easing of the tight supply situation. In 2026, escalating geopolitical conflicts in the Middle East have continued to unfold, and the unexpected developments have become a black swan event impacting the global aluminum industry chain, significantly affecting global aluminum supply. SMM conducted scenario-based forecasts for the primary aluminum market's supply-demand situation in 2026. Overall, SMM expects the global primary aluminum market to be in a supply deficit in 2026, shifting to a surplus in 2027. Aluminum Market Review According to SMM supply-demand balance data, from 2021 to 2024, the global aluminum market was in a persistent supply deficit. 2025 became a pivotal turning point for the industry, with the aluminum market showing a tight supply-demand balance and a slight easing of the tight supply situation. 2026 Middle East Geopolitical Escalation: A Black Swan Event for the Global Aluminum Industry Chain In 2026, escalating geopolitical conflicts in the Middle East have continued to unfold, and the unexpected developments have become a black swan event impacting the global aluminum industry chain, significantly affecting global aluminum supply. [Panel Discussion] Future Aluminium Price Drivers (2026–2030): Market Fundamental Evolution Under Middle East Supply Risks and Expanding Capacity in Other Nations Moderator: Dr. Beni Bevly, Director, PT Supreme Alumina Indonesia Panelists: Winston Ng, Director, PT Kalimantan Aluminium Industry Joyce Li, Commodity Strategist, Macquarie Jordan Janesputra, Senior Aluminum Analyst, SMM Indonesia Check-in & Networking Cocktail Party We extend our sincere gratitude to the global logistics leader Access World for its exclusive sponsorship of the cocktail party at this conference. Founded in 1933, Access World has grown from a family business into an international logistics organization operating in 25 countries, with a strategically located network of ports and warehousing facilities in prime locations, ensuring the efficient daily handling and flow of goods. As an end-to-end logistics service provider, Access World has long been committed to simplifying global supply chains and enhancing the efficiency of commodity circulation. It is worth noting that this marks the second consecutive year Access World has generously sponsored the cocktail dinner at the Indonesia Mining Conference & Critical Minerals Conference. For this steadfast commitment and dedication to deeply cultivating the industry and continuously empowering industry exchanges, the organizing committee and all attendees express our deep respect and gratitude. ICM Dinner This is the end of the Indonesia Critical Minerals 2026. We appreciate your support and look forward to seeing you again next year!

[Weekly Review of Aluminum Scrap and Secondary Aluminum]In May, imports of unwrought aluminum alloy hit a nearly five-year low, while exports surged explosively

Fed Hawkish Signals Exceed Expectations; Precious Metals Under Short-Term Pressure but Downside Limited June 18 — At 2:00 AM Beijing Time on June 18, the Federal Reserve kept the federal funds rate unchanged at 3.50%-3.75%, marking the fourth consecutive hold. The statement was significantly shortened in length and removed language hinting at further rate cuts. The dot plot showed nine officials expect a rate hike this year, while newly appointed Chairman Warsh did not submit a dot plot and declined to provide forward guidance. Hawkish signals pushed market pricing for a year-end rate hike up to 38 basis points. From a policy perspective, this FOMC meeting delivered hawkish signals that exceeded market expectations. Combined with the return of rate-hike expectations in the dot plot, it signals that the Fed's communication tone has shifted from "pause and watch" to "potential hiking," putting near-term pressure on precious metals. However, the fourth consecutive hold itself was in line with market expectations, and any actual rate hike still requires more data for validation, so the marginal impact of the policy signal itself is relatively limited. More critically, earlier economic data — U.S. May nonfarm payrolls rose by 172,000, beating expectations, with a combined upward revision of 93,000 for March-April — underscores that labor market resilience remains the most significant headwind suppressing rate-cut expectations and is the core bearish factor for precious metals recently. By contrast, May headline CPI matched expectations while core CPI came in slightly below consensus, meaning inflation data did not reinforce the tightening narrative beyond expectations, and its bearish impact is comparatively moderate. On balance, precious metals face dual pressure from hawkish policy signals and labor market resilience, but the elevated rate-hike expectations are still in the pricing-in phase, and the market may not form a systemic downward resonance at current levels. The trading logic will continue to hinge on subsequent nonfarm payrolls, CPI data, and actual communication from Warsh. US-Iran Peace Talks Advance; Geopolitical Risk Premium Unwinds June 18 — The presidents of the United States and Iran have signed an electronic memorandum of understanding (MoU). The official 14-point text largely matches prior media disclosures, and both sides are set to formally sign the agreement in Switzerland on Friday. Trump stated that if follow-up implementation of the MoU falls short of satisfaction, bombing operations would resume, and also revealed discussions with Syrian leaders on striking Hezbollah. Meanwhile, southern Lebanon witnessed multiple Israeli attacks, and Israel's finance minister indicated no withdrawal on Friday or thereafter. The geopolitical situation remains in a complex tug-of-war characterized by "negotiations alongside conflict." In the near term, the signing of the MoU marks a substantive phase in ceasefire negotiations, with market expectations for the reopening of the Strait of Hormuz strengthening, leading to further unwinding of the risk premium. Should the formal agreement be finalized on Friday, structural concerns over crude supply would materially ease, putting downward pressure on the oil price center, which in turn would cool global inflation expectations. From a medium-to-long-term perspective, if sustained oil weakness drives down energy costs, the Fed's monetary policy room would reopen, and market logic could gradually shift from "tightening expectations" toward a "rate-cut cycle," potentially offering new macro support for precious metals. Overall, US-Iran relations are currently in a phase of "peace talks advancing, conflicts unresolved," and market pricing will revolve around Friday's agreement implementation and subsequent execution risks in a repeated back-and-forth manner. Early Hiking Cycle Pressure Does Not Alter Long-Term Logic; Precious Metals' Allocation Value Remains Prominent Historical experience shows that in the early stages of every rate-hiking cycle, precious metals typically come under pressure from rising nominal rates and a stronger dollar, but the trend is not unidirectional downward. As the hiking cycle deepens, growing concerns over recession risks and liquidity stress increasingly highlight gold's role as an inflation hedge and safe-haven asset, with its price center tending to rise in the middle-to-late stages. Therefore, even if the Fed continues on a hawkish path, the pressure on precious metals may not be sustained; liquidity conditions and shifts in macro expectations also influence price dynamics. Of course, our overall bullish long-term logic for precious metals remains unchanged: First, global central banks continue to accumulate gold, with de-dollarization and reserve diversification strategies providing a solid floor for gold prices. Second, the U.S. dollar's credit system faces deep erosion — high interest rates on U.S. Treasuries imply high risk, and over the long run, U.S. debt rollover pressures and fiscal indiscipline are accelerating global de-dollarization. Third, the ever-expanding U.S. government debt stock and deteriorating fiscal sustainability raise the risk of future debt monetization and dollar depreciation. As a non-liability, supra-sovereign hard asset, gold's safe-haven and store-of-value functions hold irreplaceable appeal in the current macro environment. At the same time, geopolitical conflicts continue to simmer without truly subsiding, while global supply chains and energy markets remain volatile, with inflation persistence lingering. These uncertainties will collectively underpin the demand for gold and silver as safe-haven allocation assets, further boosting their strategic value over the medium-to-long term. From the Gold/Silver Ratio Perspective: Silver Under Pressure in the Short Term, but Outperforming Gold in the Medium-to-Long Term Remains Intact Historically, the gold/silver ratio exhibits significant mean-reverting behavior, with its long-term center roughly fluctuating between 60 and 70. However, under extreme macro environments, it can deviate markedly — for instance, the ratio widened sharply after the 2008 financial crisis and approached a historical extreme near 120 during the 2020 pandemic. The underlying dynamic is that during extreme risk-off episodes, the market prioritizes gold as a safe-haven asset, while silver, burdened by its industrial metal characteristics, tends to face systematic selling. Thus, the gold/silver ratio's cyclical movement can be summarized as: widening during crises (silver underperforms) and narrowing during recovery/inflation cycles (silver outperforms). Its essence is a cyclical indicator driven by the alternating dominance of safe-haven attributes versus industrial attributes. In the near term, the gold/silver ratio is more prone to stage-wise upward moves or range-bound drift with an upward bias. On one hand, silver has already posted notable gains, with crowded positioning making it more vulnerable to pullback pressure. On the other hand, the photovoltaic industry — a key pillar of silver industrial demand — is expected to see cell silver consumption decline by 9.51% year-over-year in 2026, and with ongoing silver-reduction progress and evolving cell product structures, annual silver consumption is projected to maintain a roughly 5 percentage-point decline through 2030. Although positive terminal installation expectations may boost cell production volumes, translating to some incremental demand, when converted to silver demand, a roughly 20% decline is anticipated this year. Over the long cycle, 2026 also marks a pivotal turning point in silver's industrial demand structure. The low-voltage electrical equipment sector, as a rigid support segment, exhibits strong irreplaceability in its silver demand. Emerging sectors such as new energy vehicles, PCBs, and SiC chips are rapidly expanding their end-market bases, and despite unchanged unit silver consumption, overall demand continues to grow steadily. Therefore, we maintain our core view that the gold/silver ratio will trend downward in the medium-to-long term — i.e., we are constructive on silver outperforming gold. The driving logic will gradually shift from rates and liquidity toward energy transition and industrial demand. Silver is transforming from a traditional precious metal into a strategically important industrial metal with rising exposure to photovoltaics, AI data centers, and grid upgrades, while supply remains highly inelastic due to its heavy dependence on lead-zinc and copper byproduct production. Once the global economy enters a rate-cutting cycle or real rates decline, silver's industrial elasticity will significantly amplify its upside potential, whereas gold, supported more by central bank buying and safe-haven demand, tends to follow a smoother trajectory.