Report Industry Investment Rating No relevant content provided. Core Views of the Report - The concentrated shutdown and maintenance of PTA enterprises remain the main means to balance the market; some old facilities in countries such as Japan and South Korea still drag down the Asian operating rate, with concentrated maintenance in the second quarter. Therefore, PXN will continue to improve in the first half of the year and face pressure in the second half as new production capacity is put into operation. The strategy is to seize low - level long - position opportunities in the first half of the year and follow crude oil operations in the second half [4][122]. Summary by Directory Chapter 1: Market Review - In 2025, PTA reached a high of around 5300 yuan/ton at the beginning of the year. Then, due to seasonal inventory accumulation expectations in the first quarter, the market pressure increased, and the price declined. In the second quarter, tariff increases and new device commissions put pressure on the market. In the second half of the year, supply - demand drivers were weak, and the price fluctuated widely between 4400 - 5000 yuan/ton. In the fourth quarter, there was a significant rebound driven by concentrated PTA maintenance and PXN rebound [9]. Chapter 2: PTA Supply and Demand Situation 2.1 PTA Supply Situation - **PTA投产高峰结束, 2026年无新增产能**: As of the end of 2024, the global PTA capacity was about 110 million tons, expected to reach 116.25 million tons/year in 2025. Asia accounted for over 90%, and China accounted for over 78% of Asian capacity. In 2025 - 2030, new global PTA capacity will mainly come from Asia and the Middle East. China's PTA capacity will see a significant reduction in new capacity after 2025, with no clear new capacity planned for 2026 [13][14]. - **PTA低开工、低利润；主动检修平衡供需**: In 2025, due to over - capacity and losses, many PTA devices were shut down for maintenance. The average domestic PTA device operating rate from January to November was 77.9%, 1.98% lower than the previous year. In 2025, the PTA processing fee was at a low level, and device shutdowns and production cuts increased to balance supply and demand [18][21]. - **国外新装置投产压制, PTA出口量缩减**: In 2025, China's PTA exports declined significantly. From January to October, the cumulative export was 309.64 million tons, a 16.95% decrease compared to the same period in 2024. The main reason was the slowdown in overseas polyester production and the progress of PTA certification in India. However, there were some increases in exports to emerging markets such as the UAE and Russia [28][29]. - **PTA社会库存降低**: By the end of December, PTA social inventory was 3.19 million tons, a significant decrease due to increased maintenance and high polyester production growth [32]. 2.2 PTA Demand Analysis - **内需内生动力仍不足**: In 2025, the retail sales of clothing, footwear, and textiles in China showed a mild recovery. From January to October, the cumulative retail sales reached 1.2053 trillion yuan, a 3.5% year - on - year increase. However, in 2026, although there were policies to support consumption, the slowdown in economic growth and the decrease in residents' income and expenditure would still restrict domestic demand [36][40]. - **外需结构性分化**: In 2025, Sino - US tariff disputes affected textile and clothing exports. From January to October, the cumulative year - on - year growth rates of textile yarn and clothing exports were 1.8% and - 3% respectively. The export market showed a clear differentiation of "growth in textiles and decline in clothing". In 2026, textile exports may show positive signs, while clothing exports will still face pressure [43][46]. - **聚酯产能扩张**: From 2016 - 2024, China's polyester capacity had an average annual growth rate of 7.09%. In 2025, 3.5 million tons of new polyester capacity was added, and in 2026, about 4 million tons of new capacity is planned. The main products for new capacity in 2026 are filaments and staple fibers [47][49]. - **聚酯开工率高、出口增速高，利润压缩**: In 2025, the average polyester operating rate was around 90%. From January to November, polyester production was 72.87 million tons, a 7.56% year - on - year increase. Polyester products were mainly exported, but the industry's profit was compressed. In 2026, the new polyester capacity growth rate will still be high, and profits are expected to remain low, but the average operating rate can maintain resilience [52][66]. Chapter 3: Upstream Analysis 3.1 Crude Oil Situation - **原油供需概况**: In 2025, international oil prices trended downward. The global crude oil market faced weak demand and increased production. IEA adjusted the supply and demand growth forecasts for 2025 and 2026. OPEC+ started to increase production in April 2025 and paused in the first quarter of 2026. The return of OPEC+'s remaining 1.65 million barrels/day of production in 2026 will be an important variable. Non - OPEC+ supply will increase by 1.2 million barrels/day in 2026, with certain increases in Brazil, Guyana, and Canada, while US production is under pressure [68][78]. - **原油消费情况**: IEA, EIA, and OPEC predict an increase in global crude oil demand in 2025 and 2026. In 2026, petrochemical raw materials will be the core source of demand growth. China's crude oil demand will still increase, with petrochemical raw materials being the main growth source [89][97]. - **原油供需结论**: Most institutions predict that the growth of crude oil demand in 2026 will be around 1 million barrels/day. The supply surplus in the 2026 crude oil market is a relatively certain prediction, but the oil price may be more resilient than in 2025, and 2026 is likely to be a bottom - building year for oil prices [98]. 3.2 PX Situation - **PX产能投放进入尾声**: In 2025, the global PX capacity was about 80.68 million tons/year, with Asia dominating the supply. China contributed over 90% of the new global capacity. In 2025, there were no new PX devices in China, and the planned new capacity in 2026 is 2.6 million tons. If the Yulong Petrochemical device is put into operation, the total capacity will approach 47 million tons [99][100]. - **中国开工率偏高，亚洲开工率低**: In 2025, China's average PX operating rate was 87.1%, higher than in 2024, due to sufficient raw material supply and good short - process profits. The Asian PX operating rate was mostly between 78% - 80% due to frequent maintenance of old devices in Japan and South Korea, diversion of aromatic raw materials for oil blending, and slow progress of PX device construction in emerging markets [103]. - **中国产量微增，亚洲产量降低**: In 2025, China's PX production remained stable, with a 0.1% year - on - year increase from January to October. Asian PX production decreased by 2.4% year - on - year from January to October, mainly due to production declines in regions other than China [107]. - **中国进口量增加**: From January to October 2025, China's PX imports were 7.8569 million tons, a 3.85% year - on - year increase. The main trading partners were South Korea, Japan, etc. [111]. - **PX社会库存下降**: By December 27, PX social inventory was 4.07 million tons [114]. - **调油利润偏低迷；PXN改善**: In 2026, there will be more new PX capacity, but it will be concentrated in the second half of the year. PXN will continue to improve in the first half of the year and face pressure in the second half [120]. Chapter 4: Market Outlook and Investment Strategy - **行情展望**: In 2026, the crude oil market will still face a supply surplus, but the oil price may be more resilient. PX will see more new capacity in the second half of the year, with PXN facing pressure. PTA will have no new capacity, but the output of new devices in 2025 will gradually increase, and concentrated maintenance will still be the main means to balance the market. Polyester will have a high new capacity growth rate, with low profits, but the operating rate can maintain resilience [121]. - **投资策略**: In the first half of 2026, seize low - level long - position opportunities; in the second half, follow crude oil operations [122].

Report Industry Investment Rating No relevant content provided. Core Viewpoints of the Report - In 2026, the over - capacity of industrial silicon will not be fundamentally alleviated. High inventory will suppress prices, while the cost line will form a strong support. Supply - side policies are the biggest source of elasticity. The price range is expected to be 7500 - 9700 yuan/ton; under the scenario of strong policy stimulus, it will move up to 8500 - 10500 yuan/ton; under the scenario of unexpectedly weak demand, it will drop to 7000 - 7500 yuan/ton. The overall demand growth rate of industrial silicon will continue to slow down, but as the supply side also enters a contraction cycle, the overall supply - demand structure will become more balanced [3][40]. Summary by Directory Chapter 1: 2025 Industrial Silicon Market Trend Review - In 2025, the industrial silicon futures and spot markets showed a trend of "deep decline in the first half, hitting the bottom in June, and low - level volatile rebound from July to December". The average price of the futures main contract for the whole year was about 8800 yuan/ton, and the average comprehensive price of the spot was about 9200 yuan/ton. The futures and spot markets showed a pattern of spot premium for a long time. The spot market had multiple structural characteristics [9]. - In the first half of the year (January - June), the price dropped from a high level, and the supply - demand contradiction emerged. The average price of the 553 mainstream spot in January was about 9800 yuan/ton, falling below 9000 yuan/ton in March and reaching the annual low of 8600 - 8700 yuan/ton at the end of June. The 441 dropped from 11690 yuan/ton to 8620 yuan/ton, a decrease of 26.26%. The futures main contract SI2508/SI2510 started at about 10800 yuan/ton, fell below 10,000 yuan in March, and reached the lowest point of about 7015 yuan/ton on June 4, with a decline of about 36% in the first half of the year. The trading volume and open interest gradually shrank. The core driving factors were the natural decline in the off - season of downstream industries after the Spring Festival, the gradual release of new production capacity in 2024, and the lack of substantial production - capacity control policies [9][10]. - In the second half of the year (July - December), the price rebounded after hitting the bottom + low - level oscillation. The 553 mainstream spot price rebounded in July, rose to 9300 - 9500 yuan/ton from September to October, and stabilized at 9200 - 9300 yuan/ton (East China oxygen - blowing) in December. The futures main contract SI2601/SI2605 rebounded with cost repair and the expectation of production reduction in Southwest China from July, rose to 9000 - 9200 yuan/ton from September to October, and fell back to 8800 - 8900 yuan/ton in December. The trading volume and open interest increased. The core driving factors were the reduction in supply due to the rise in electricity prices during the dry season in Southwest China and the maintenance of some enterprises in Xinjiang, and the limited rebound amplitude due to high inventory [10]. Chapter 2: Analysis of the Supply - Demand Situation of Industrial Silicon in 2025/26 2.1 Supply Side: The Core Contradiction is Excess Supply, and Policy Regulation is the Catalyst - In November 2025, China's industrial silicon output was 401,700 tons, a year - on - year decrease of 11.2%. From January to November, the cumulative output reached 3.868 million tons, a cumulative year - on - year decrease of 14.7%. In the early stage of the year, the output was low. After April, Xinjiang made significant production cuts. In June, the output of most provinces decreased. After August, the supply in the main production areas increased. In the fourth quarter, the output in Xinjiang remained high, while that in Southwest China decreased slightly. In November, the output decreased to around 400,000 tons [14]. - From January to November 2025, Xinjiang's cumulative output was 1.9248 million tons, accounting for 52.03%. Inner Mongolia's output was 438,900 tons, accounting for 11.86%. Gansu's output was 329,700 tons, accounting for 8.91%. Yunnan's output was 300,800 tons, accounting for 8.13%. Sichuan's output was 323,500 tons, accounting for 8.74%. With the implementation of anti - involution policies, the release of new production capacity in the future will be extremely limited [15]. 2.2 Demand Side: The Establishment of a New Polysilicon Platform Company Marks the Entry of the Photovoltaic Industry's Anti - Involution Governance into a Critical Stage - From January to November 2024, China's polysilicon cumulative output was 1.206 million tons, a cumulative year - on - year decrease of 27.3%. In the first half of the year, the polysilicon price was low. After June, enterprises were determined to stabilize prices. By mid - December, the price of P - type dense materials soared to 49 - 51 yuan/kg, and the price of N - type silicon materials rose to 49.6 - 55 yuan/kg, a year - on - year increase of 26.5%. On December 12, 2025, the "polysilicon production - capacity integration and acquisition platform" was officially established, which has great strategic value for rectifying the industry's "involution" [29][31]. 2.2.1 Organic Silicon Production Cuts to Support Prices Yielded Results, and the Supply - Demand Will Enter a Sustainable New Ecosystem - From January to November 2025, China's organic silicon DMC cumulative output was 2.272 million tons, a year - on - year increase of 4.6%. In the first half of the year, the organic silicon industry faced over - capacity and weak terminal consumption. In the third quarter, the price rebounded slightly. In the fourth quarter, after the anti - involution industry meeting, enterprises reached a consensus on a 30% production cut and jointly supported prices. The DMC spot price rose from 11050 yuan/ton at the beginning of the fourth quarter to 13600 yuan/ton. It is expected that in 2026, the output will increase limitedly, and the supply - demand will enter a sustainable new ecosystem [33]. Chapter 3: Outlook for the Industrial Silicon Market in 2026 - In terms of supply, in 2026, the national industrial silicon planned new production capacity will be only 700,000 tons, and the production capacity will further shrink. In terms of demand, the overall demand growth rate of industrial silicon will continue to slow down, but the overall supply - demand structure will become more balanced [3][40]. - The over - capacity will not be fundamentally alleviated, high inventory will suppress prices, the cost line will form a strong support, and supply - side policies are the biggest source of elasticity. The price range is 7500 - 9700 yuan/ton; under the scenario of strong policy stimulus, it will move up to 8500 - 10500 yuan/ton; under the scenario of unexpectedly weak demand, it will drop to 7000 - 7500 yuan/ton. The price will be strong during the dry season and Spring Festival stocking, pressured during the wet season when supply increases and polysilicon demand slows down, and will stabilize and rebound with inventory reduction and cost support [3][40].

Core Viewpoint - The BDO industry is focusing on addressing structural contradictions through technological innovation, downstream applications, and a unified national market to enhance profitability and prevent disorderly competition [1][2] Group 1: Industry Challenges and Strategies - The BDO industry aims to tackle potential market risks by creating a fair, innovative, and mutually beneficial ecosystem while preventing "involution" and disorderly competition [1] - A consensus was reached on the need for "production limits to stabilize prices" and the establishment of a "capacity warning mechanism" to reverse the trend of companies operating at a loss to dilute fixed costs [1] - The industry is encouraged to shift towards high-end and differentiated transformation, optimizing the development structure and phasing out outdated capacities to promote healthy growth [1] Group 2: Future Development Logic - The development logic for the BDO industry during the "14th Five-Year Plan" period will focus on transforming existing facilities into high-end material inputs rather than merely building more production units [2] - There is an emphasis on promoting the application of biodegradable plastics and leveraging the technological value of functional plastics, as well as advancing BDO's development in high-performance fibers, new energy batteries, and biomedical materials [2]

Core Viewpoint - The company Shifeng Culture has reported significant delays in receiving performance compensation from the guarantors related to its investment in Chaolong Optoelectronics, with only 2.846 million yuan paid out of the promised 115 million yuan [2][3][4]. Group 1: Performance Compensation Issues - The guarantors are obligated to pay a total of 115 million yuan in performance compensation, but only 2.846 million yuan has been received to date, indicating a failure to meet the agreed payment schedule [2][3]. - The guarantors have proposed a repayment plan divided into four installments, with the last payment due by December 30, 2025, but the company has expressed concerns over the guarantors' ability to fulfill these obligations [3][4]. - Despite multiple reminders and communication efforts from the company, no further payments have been made in the last two months, maintaining the total received at 2.846 million yuan since October 2025 [4][5]. Group 2: Financial Performance of Chaolong Optoelectronics - Chaolong Optoelectronics has reported losses for both 2023 and 2024, failing to meet the performance commitments of a minimum net profit of 15 million yuan in 2024 [3][6]. - The company attributes the poor performance to declining prices in the photovoltaic component market, increased operational costs, and the challenges of business expansion [6][5]. - The guarantors have faced regulatory scrutiny from the China Securities Regulatory Commission due to their failure to comply with performance compensation commitments [6].

Report Industry Investment Ratings - Urea: ☆☆☆ [1] - Methanol: ★☆☆ [1] - Pure Benzene: Not rated explicitly [1] - Styrene: Not rated explicitly [1] - Ethylene: Not rated explicitly [1] - Plastic: ☆☆☆ [1] - PVC: Not rated explicitly [1] - Caustic Soda: ★☆☆ [1] - PX: ☆☆☆ [1] - PTA: Not rated explicitly [1] - Ethylene Glycol: Not rated explicitly [1] - Short Fiber: ☆☆☆ [1] - Glass: Not rated explicitly [1] - Soda Ash: ☆☆☆ [1] - Bottle Chip: Not rated explicitly [1] - Propylene: Not rated explicitly [1] Core Viewpoints - The chemical market shows complex and diversified trends, with different products affected by various factors such as supply - demand relationship, geopolitical events, and macro - news [2][3][5] - Each product has its own short - term and long - term price trends and investment opportunities, and investors need to make decisions based on specific product fundamentals [5][6][7] Grouped Summaries Olefins - Polyolefins - Olefin futures main contracts fluctuated and consolidated during the day. Multiple device changes had limited impact on overall supply, while demand was weak and market trading was light [2] - Plastic and polypropylene futures main contracts declined during the day. For polyethylene, the trading atmosphere improved, but the supply - demand imbalance continued. For polypropylene, short - term demand was weak due to tightened funds and slow new orders [2] Pure Benzene - Styrene - Pure benzene followed oil prices to fluctuate downward in the morning and rebounded in the afternoon. High imports and rising port inventories put pressure on the market. Consider long - term positive spreads in the mid - term [3] - Styrene futures main contract closed down. Downstream procurement was on - demand, and the spot trading atmosphere was poor after the holiday [3] Polyester - PX's weakness drove PTA prices down, and demand decline around the Spring Festival dragged down polyester raw materials. PTA's main driver was raw materials [5] - Ethylene glycol's production increase weakened the production - cut expectation. Although the arrival volume decline eased the inventory pressure, it was still under long - term pressure. Focus on short - term oil price fluctuations [5] - Short fiber enterprises had low inventories, but downstream demand was weak. The long - term supply - demand pattern was good. Bottle chip demand weakened, and it was mainly driven by cost [5] Coal Chemical Industry - Methanol main contract opened high and closed low. Coastal and inland spot trends diverged. High short - term inventory might suppress the market, but the mid - term import reduction was expected to lead to a strong market [6] - Urea prices continued to rise. Supply recovery was less than expected, and short - term supply was tight. The market might weaken later [6] Chlor - Alkali - PVC declined slightly. Supply increased, demand was low, and inventory pressure was high. The rebound height was expected to be limited [7] - Caustic soda dropped significantly. The industry was accumulating inventory, and the supply pressure was large. The rebound height was suppressed, and it was expected to find the bottom [7] Soda Ash - Glass - Soda ash inventory increased significantly after the holiday, and the futures price dropped. Supply increased, demand decreased, and long - term supply was expected to be in excess [8] - Glass showed a weak and fluctuating trend. Spot prices were low, production and sales were okay, and long - term capacity reduction was expected [8]

1. Report Industry Investment Ratings No relevant content provided. 2. Core Views of the Report - The report analyzes various sectors including agriculture, black metals, non - ferrous metals, shipping, and energy chemicals. Geopolitical events such as the US attack on Venezuela have significant impacts on commodity prices, and different sectors show diverse trends and investment opportunities based on their own fundamentals and market conditions [19][108]. - In the financial derivatives market, A - shares are expected to operate around the theme of a technology - powered nation, but risks such as over - opening and geopolitical factors need attention. The bond market may see sentiment repair after the implementation of new regulations, but the scope of repair is limited [19][23]. 3. Summaries by Relevant Catalogs 3.1 Financial Derivatives 3.1.1 Stock Index Futures - **Investment Logic**: A - shares showed a slow - bull trend at the end of 2025, with the PMI data above 50 adding market confidence. The potential listing of large companies is beneficial to the industrial chain. After the holiday, Hong Kong stocks rose, and A - shares are expected to focus on the technology - related sectors. Attention should be paid to risks such as over - opening, geopolitical issues, and institutional position adjustments [19]. - **Trading Strategy**: Unilateral trading should be to buy on dips as the market is expected to rise; for arbitrage, wait for the spread of IM/IC to widen; for options, use a bull spread strategy [20]. 3.1.2 Treasury Futures - **Investment Logic**: The bond market was weak before the holiday. The new regulations on public - offering funds may repair the bond market sentiment, but the positive signals from the PMI data are negative for the bond market. The repair space of the bond market is limited due to factors such as strong fundamental expectations and supply - demand concerns for long - term bonds [21][22][23]. - **Trading Strategy**: Unilaterally, close short positions of TS and TF contracts on dips; for arbitrage, wait and see [23]. 3.2 Agricultural Products 3.2.1 Protein Meal - **Logic Analysis**: International soybean cost faces pressure, especially with the improved weather in South America. Domestic soybean supply may decline, and the spot price may be supported. It is expected to oscillate [26]. - **Trading Strategy**: Unilaterally, oscillate; for arbitrage, narrow the MRM spread; for options, sell a wide - straddle strategy [26]. 3.2.2 Sugar - **Logic Analysis**: Internationally, the supply pressure of Brazilian sugar will ease, and the market focuses on the northern hemisphere. The domestic sugar price is at a low level, with cost support and potential upward drive from the external market, but there is sales pressure during the peak crushing season [30]. - **Trading Strategy**: Unilaterally, the international sugar price is expected to oscillate at the bottom, and the domestic sugar price is expected to oscillate. Wait and see for arbitrage and sell put options [32]. 3.2.3 Oilseeds and Oils - **Logic Analysis**: Geopolitical events may affect the oil market. The production of Malaysian palm oil in December is expected to decrease, but the inventory is high. Domestic soybean oil inventory is gradually decreasing, and rapeseed oil is affected by policies. The overall oil market lacks a clear driver [35]. - **Trading Strategy**: Unilaterally, the oil market oscillates with increased volatility. For palm oil, short after a rebound; for soybean oil, follow the overall trend. Wait and see for arbitrage and options [35]. 3.2.4 Corn/Corn Starch - **Logic Analysis**: US corn is weak but may oscillate narrowly. In China, the supply in the Northeast is low with strong prices, while the supply in North China is increasing with weak prices. Wheat auctions may affect the corn market [38]. - **Trading Strategy**: Unilaterally, the 03 - contract corn oscillates at the bottom and can be bought on dips, and the 07 - contract corn can be bought on dips. For arbitrage, narrow the spread between 03 - contract corn and starch; wait and see for options [38]. 3.2.5 Live Pigs - **Logic Analysis**: Pig prices have declined recently due to increased supply. The overall inventory is high, and there is still supply pressure [40]. - **Trading Strategy**: Unilaterally, short positions can be taken; wait and see for arbitrage and sell a wide - straddle strategy for options [40]. 3.2.6 Peanuts - **Logic Analysis**: Peanut spot prices are stable, with a large price difference between Henan and the Northeast. The import volume has decreased, and the oil mill has profits. The 03 - contract peanut oscillates at the bottom [42]. - **Trading Strategy**: Unilaterally, the 05 - contract peanut oscillates at the bottom and can be bought on dips; wait and see for arbitrage and sell the pk603 - C - 8200 option [42]. 3.2.7 Eggs - **Logic Analysis**: Egg demand is average, and prices are stable with a slight decline. The supply pressure has been relieved, and the near - month contract may oscillate weakly, while the far - month May contract can be considered for long positions on dips [46]. - **Trading Strategy**: Unilaterally, the February contract is expected to oscillate, and the May contract can be bought on dips; wait and see for arbitrage and options [47]. 3.2.8 Apples - **Logic Analysis**: Apple production has decreased, and the cold - storage inventory is low. However, the market demand is weak, and prices are expected to oscillate [50]. - **Trading Strategy**: Unilaterally, oscillate in the short term; for arbitrage, go long on the May contract and short on the October contract; wait and see for options [50]. 3.2.9 Cotton - Cotton Yarn - **Logic Analysis**: The planting area of Xinjiang cotton is expected to decrease, and the sales progress is fast. The improvement of Sino - US relations and the expansion of textile mills' capacity in Xinjiang support the cotton price. The market is bullish, but there may be short - term corrections [52]. - **Trading Strategy**: Unilaterally, US cotton is expected to oscillate, and Chinese cotton is expected to rise slightly; wait and see for arbitrage and options [53]. 3.3 Black Metals 3.3.1 Steel - **Logic Analysis**: Steel raw materials are continuously restocked, and steel prices oscillate within a range. Steel production has increased, and inventory is decreasing. The demand for building materials is affected by the season, while the demand for hot - rolled coils is still growing. The export may decline in the short term [55]. - **Trading Strategy**: Unilaterally, oscillate; for arbitrage, narrow the spread between hot - rolled coils and coking coal and between 03 - contract corn and starch; wait and see for options [56]. 3.3.2 Coking Coal and Coke - **Logic Analysis**: The contradiction in coking coal is not prominent, and the driving force is not obvious. The import of Mongolian coal may decrease in January, and the production of domestic coal will have seasonal fluctuations. The downstream winter - storage replenishment supports the price, but the upward driving force is insufficient [58]. - **Trading Strategy**: Unilaterally, wait and see or go long on dips with a light position; wait and see for arbitrage and options [58]. 3.3.3 Iron Ore - **Logic Analysis**: The global iron ore shipment is stable, and the supply in China is abundant. The domestic demand for steel is declining, and the iron ore price is expected to oscillate [60]. - **Trading Strategy**: Unilaterally, oscillate; wait and see for arbitrage and options [63]. 3.3.4 Ferroalloys - **Logic Analysis**: For ferrosilicon, the supply is decreasing slightly, the demand is expected to increase after the blast - furnace restart, and the cost is stable. For ferromanganese, the supply is stable, the demand is supported by the blast - furnace restart, and the cost is strong. Both are expected to oscillate strongly in the short term [63][64]. - **Trading Strategy**: Unilaterally, oscillate strongly in the short term; wait and see for arbitrage and sell out - of - the - money put options for options [64]. 3.4 Non - Ferrous Metals 3.4.1 Gold and Silver - **Logic Analysis**: During the holiday, the US macro data and margin adjustments put pressure on gold and silver, but geopolitical issues increase the safe - haven demand, and they may oscillate strongly at a high level [67]. - **Trading Strategy**: Unilaterally, go long on SHFE gold and silver cautiously if they break through the 5 - day moving average; wait and see for arbitrage and options [69]. 3.4.2 Platinum and Palladium - **Logic Analysis**: Geopolitical events may cause fluctuations in platinum and palladium. The fundamentals of platinum are tight, and it can be considered for long positions. Palladium may follow platinum. The domestic premium has shrunk, and attention should be paid to the rebound after over - selling [70][71]. - **Trading Strategy**: Unilaterally, go long on platinum and palladium on dips based on the 5 - day moving average; for arbitrage, go long on platinum and short on palladium; wait and see for options [72]. 3.4.3 Copper - **Logic Analysis**: The US attack on Venezuela may slightly boost the copper price. The copper price has risen rapidly, leading to a decline in consumption and inventory accumulation. The long - term trend is upward, and it can be bought on dips [74]. - **Trading Strategy**: Unilaterally, buy on dips; wait and see for arbitrage and options [74]. 3.4.4 Alumina - **Logic Analysis**: The profit of alumina warehouse - receipt registration has converged, and it is expected to oscillate. The futures "reservoir" function has been reflected, and attention should be paid to the digestion of warehouse receipts [77]. - **Trading Strategy**: Unilaterally, oscillate in the short term; wait and see for arbitrage and options [78]. 3.4.5 Electrolytic Aluminum - **Logic Analysis**: The global shortage of aluminum and the domestic subsidy policy support the aluminum price. The domestic spot discount is large, and inventory may increase. It is recommended to go long on dips [79][80]. - **Trading Strategy**: Unilaterally, go long on dips; for arbitrage, consider buying physical delivery products and shorting futures; wait and see for options [80]. 3.4.6 Cast Aluminum Alloy - **Logic Analysis**: The 2026 subsidy policy is better than expected. The supply of scrap aluminum is tight, and the cost supports the price. The demand is weak, and the trading is light [81]. - **Trading Strategy**: Unilaterally, oscillate strongly with the sector; wait and see for arbitrage and options [82]. 3.4.7 Zinc - **Logic Analysis**: The shortage of domestic zinc ore is partially relieved, the smelting profit is good, and the supply may increase slightly. The downstream consumption is weak but has resilience. The price is expected to oscillate with the non - ferrous metal sector [84][85]. - **Trading Strategy**: Unilaterally, oscillate widely; wait and see for arbitrage and options [86]. 3.4.8 Lead - **Logic Analysis**: The supply of lead is weak due to the shortage of lead ore and recycled lead raw materials. The demand has resilience, and the inventory is low. The price is expected to oscillate within a range [87]. - **Trading Strategy**: Unilaterally, go long on dips; wait and see for arbitrage and options [91]. 3.4.9 Nickel - **Logic Analysis**: The expectation of quota reduction in Indonesia may boost the nickel price, but the US attack on Venezuela may be negative for the non - ferrous metal sector. The price may rise before significant inventory accumulation [92]. - **Trading Strategy**: Unilaterally, consider the upward trend before significant inventory accumulation; wait and see for arbitrage and options [93]. 3.4.10 Stainless Steel - **Logic Analysis**: The expectation of nickel - ore quota reduction and tight hot - rolled resources support the stainless - steel price. The inventory is decreasing, but the export may be affected by the EU's CBAM policy. The price follows the nickel price but has limited upward drive [94]. - **Trading Strategy**: Unilaterally, follow the nickel price; wait and see for arbitrage [95]. 3.4.11 Industrial Silicon - **Logic Analysis**: The demand for industrial silicon is in the off - season, and the supply is slightly reduced. The short - term price is strong, but the medium - term price may decline [98]. - **Trading Strategy**: Unilaterally, sell on rallies; for arbitrage, go long on polysilicon and short on industrial silicon; sell out - of - the - money call options for options [98]. 3.4.12 Polysilicon - **Logic Analysis**: The photovoltaic industry's self - discipline and production control support the long - term price of polysilicon. The short - term futures trading volume is low, and attention should be paid to risk management [99]. - **Trading Strategy**: Unilaterally, participate cautiously and control risks; for arbitrage, go long on polysilicon and short on industrial silicon; sell put options for options [99]. 3.4.13 Lithium Carbonate - **Logic Analysis**: The price of lithium carbonate is at a high level. The US attack on Venezuela may affect the market, and the supply and demand are relatively balanced. Attention should be paid to risk control [100][101]. - **Trading Strategy**: Unilaterally, operate cautiously and control positions; wait and see for arbitrage and options [102]. 3.4.14 Tin - **Logic Analysis**: Geopolitical turmoil may increase the volatility of the tin price. The domestic supply is tight, and the demand is in the off - season. The price may oscillate widely [104]. - **Trading Strategy**: Unilaterally, the price may oscillate widely after a significant decline; wait and see for options [104]. 3.5 Shipping 3.5.1 Container Shipping - **Logic Analysis**: Some shipping companies plan to raise prices in mid - January. The market has different views on the price peak and adjustment rhythm. The demand is expected to improve, and the supply will change. The US attack on Venezuela may affect fuel costs and trade patterns [105]. - **Trading Strategy**: Unilaterally, close most long positions of the EC2602 contract on rallies and hold a small position; wait and see for arbitrage [106]. 3.6 Energy and Chemicals 3.6.1 Crude Oil - **Logic Analysis**: Geopolitical events in Venezuela increase the supply - side disturbance of crude oil. The short - term supply may be affected, but the long - term supply may increase. The price is expected to oscillate widely [109]. - **Trading Strategy**: Unilaterally, oscillate widely; for arbitrage, gasoline is strong, diesel is weak, and the crude - oil time - spread rebounds; wait and see for options [109]. 3.6.2 Asphalt - **Logic Analysis**: The US capture of Maduro has increased the risk of raw - material supply disruption. In the short term, the near - month contract may be strong, and in the long term, the cost may rise [112]. - **Trading Strategy**: Unilaterally, it may open higher on Monday, but be cautious about chasing the rise; wait and see for arbitrage and options [113]. 3.6.3 Fuel Oil - **Logic Analysis**: Geopolitical events may drive up the price of fuel oil in the short term. The high - sulfur fuel oil is expected to be weak in the fourth quarter, and the low - sulfur fuel oil supply is expected to increase [114][115]. - **Trading Strategy**: Unilaterally, oscillate strongly in the short term, be cautious about geopolitical risks; for arbitrage, consider the FU59 positive spread; wait and see for options [116]. 3.6.4 Natural Gas - **Logic Analysis**: The cold weather in Europe supports the price in the short term, but the long - term trend is downward. The temperature in the US is expected to rise, and the HH price may decline [118]. - **Trading Strategy**: Unilaterally, sell Q3 JKM/TTF contracts; wait and see for arbitrage and options [118]. 3.6.5 LPG - **Logic Analysis**: The increase in Saudi CP prices supports the domestic LPG price, but the high import price and high inventory pressure may limit the upward space [120]. - **Trading Strategy**: Unilaterally, go short on the far - month contract; wait and see for arbitrage and options [122]. 3.6.6 PX & PTA - **Logic Analysis**: The cost of PX and PTA has increased, and the production reduction of polyester yarn is gradually implemented. The supply and demand of PTA have improved marginally, but the upward drive may weaken [123][124]. - **Trading Strategy**: Unilaterally, oscillate strongly; for arbitrage, consider the positive spread of PX & PTA 3 and 5 contracts; wait and see for options [124]. 3.6.7 BZ

Core Viewpoint - China's aluminum oxide industry is facing a significant challenge of overcapacity, despite being the largest producer globally, with major companies dominating the market [1][8]. Group 1: Current Capacity and Demand - China's aluminum oxide production capacity has reached 110.85 million tons, a 66.82% increase since 2015, and is expected to see an additional 10 million tons by 2026, exacerbating the overcapacity issue [2][9]. - Approximately 95% of aluminum oxide is used for producing electrolytic aluminum, with a theoretical maximum demand of about 86.63 million tons based on a consumption rate of 1.925 tons of aluminum oxide per ton of electrolytic aluminum [4][11]. - The current overcapacity stands at approximately 2.42 million tons, leading to an expected operating rate of 81% in 2024, indicating that nearly 20% of the capacity will remain idle [4][11]. Group 2: Historical Context and Policy - The historical development of China's electrolytic aluminum industry has seen significant growth, with a production increase from 342,000 tons in 2001 to a controlled capacity of around 4.5 million tons due to government policies aimed at curbing overcapacity [5][12]. - The introduction of policies in 2013 and subsequent years established a capacity ceiling for electrolytic aluminum, effectively controlling the expansion of production and ensuring a more stable industry environment [6][12]. Group 3: Industry Response and Future Considerations - There is a call for intervention in the aluminum oxide sector to prevent blind investments and promote consolidation among major enterprises to enhance competitiveness [13]. - However, the necessity of establishing a capacity ceiling for aluminum oxide is debated, as the existing demand already reflects a "hidden" ceiling based on electrolytic aluminum production needs [13][14].

Report Industry Investment Rating No relevant content provided. Core Viewpoints of the Report - In 2026, the overcapacity situation of industrial silicon is expected to continue, but policy - end regulation will have a guiding effect. Production is expected to increase slightly by 3%, with overall demand increasing by about 5%. The mainstream price range is expected to be between 7,600 yuan/ton and 9,400 yuan/ton, and factors such as capacity optimization, enterprise dynamic production adjustment, and upward price transmission in the photovoltaic industry chain should be focused on [3][94]. - Compared with industrial silicon, polysilicon has greater variability. Currently, polysilicon has overcapacity and high inventory, but policy - based storage and price - support from leading enterprises provide strong support, driving up the prices of downstream silicon wafers and solar cells and contributing to the profit recovery of the photovoltaic industry. In 2026, it still faces the challenge of declining terminal demand. Policy implementation (energy - consumption regulations + platform - based storage) will have a significant impact on polysilicon prices. Capacity elimination and optimization are relatively certain events, and with the increasing concentration of production enterprises' capacity, polysilicon is generally "prone to rise but difficult to fall". It is recommended to conduct risk - hedging based on production conditions [4][97]. Summary According to the Table of Contents 1. Review of Industrial Silicon and Polysilicon Market in 2025 (1) Industrial Silicon Futures - The price trend in 2025 can be divided into three stages: continued decline from 2024 until early June, a rebound from early June to mid - July, and a consolidation period from August to the end of the year. The price dropped to a minimum of 6,990 yuan/ton in early June, with a decline of 36.5% from the beginning of the year, then rebounded to a maximum of 10,060 yuan/ton in mid - July, a 43.9% increase from the early - June low. The market entered a state of "subtle balance" later, with supply and demand both decreasing, high inventory but slight destocking, and reduced trading volume [7][10][11]. - In terms of the basis, the basis was relatively low in the first quarter. It reached the annual high in the second quarter as the futures price declined rapidly. In the third and fourth quarters, the basis was mainly driven by the futures price, with the spot price being 400 - 800 yuan/ton higher than the futures price, showing an obvious inverse market pattern [14]. (2) Polysilicon Futures - The price trend in 2025 can be divided into four stages: a calm period during the "rush - installation wave" from the beginning of the year to early April; a decline due to oversupply from early April to mid - late June, with the price dropping to a minimum of 30,400 yuan/ton, a 30% decline; a price increase boosted by the "anti - involution" policy from late June to late July, with the price reaching a maximum of 55,605 yuan/ton, an 83% increase in one month; and a high - level consolidation period from early August to the end of the year under the contradiction of "weak supply - demand vs. strong policy". The futures price fluctuated in the range of 48,000 - 56,000 yuan/ton, and reached a maximum of 61,985 yuan/ton after the establishment of the storage platform [15][18][20]. - The basis was relatively stable from January to April, around - 4,000 yuan/ton, then converged as the price fluctuated. From late July to mid - September, the futures price was higher than the spot price. The basis gradually widened from late October and exceeded - 10,000 yuan/ton by the end of the year [21]. 2. Industrial Silicon Market Analysis (1) Capacity - In 2026, the effective capacity is expected to decline. The domestic industrial silicon capacity at the end of 2025 was 7.879 million tons. It is expected that 400,000 - 500,000 tons of new capacity will be added in 2026, while some capacity (mainly in Sichuan and Yunnan) will continue to be phased out, and the supply center will shift northward. The domestic industrial silicon capacity in 2026 is expected to be 8 - 8.2 million tons, with the effective capacity below 7.5 million tons [23]. - In 2025, the domestic industrial silicon capacity continued to expand. By November 2025, the capacity was 7.879 million tons, with an increase of 600,000 tons during the year, including 400,000 tons of newly - put - into - operation capacity and about 200,000 tons of restarted idle capacity. The incremental capacity mainly came from Xinjiang, Inner Mongolia, Sichuan, Yunnan, Qinghai, Ningxia, and Gansu [24]. - Policy impact on industrial silicon is relatively limited. The "Industrial Structure Adjustment Guidance Catalog (2024 Edition)" requires the elimination of certain types of furnaces, but the proportion of affected capacity is small (about 5% or 400,000 tons, mostly already shut down). The "anti - involution" policy has a limited impact on industrial silicon, and production is more affected by profit factors. As capacity further concentrates in the northern regions, the effect of joint production cuts by large enterprises is expected to improve [25][28]. - For new capacity in 2026, it is expected to be 400,000 - 500,000 tons. There are currently about 200,000 tons of completed but un - put - into - operation capacity (expected to be put into production in the first half of 2026) and 700,000 tons under construction (expected to be put into production in batches). The new capacity is highly concentrated in Inner Mongolia and Xinjiang, accounting for 80%, and the project commissioning time will be concentrated in the first half of the year and the third quarter [29][33]. (2) Production - In 2025, the domestic industrial silicon production was about 4.27 million tons, a 12.8% year - on - year decrease, and the annual capacity utilization rate was about 54%. The production in the northern regions increased, with Xinjiang accounting for 52% of the total production from January to November 2025, and the four northern provinces (Xinjiang, Inner Mongolia, Gansu, and Ningxia) accounting for 81%, while Sichuan and Yunnan together accounted for less than 17% [34][37]. - The output of substitute products decreased. The output of 97 - silicon was expected to be about 110,000 tons in 2025, a 73% year - on - year decrease, and the output of recycled silicon was 180,000 tons, a 28% year - on - year decrease [41]. (3) Demand 1: Organic Silicon - In 2025, the production of organic silicon was basically flat. The cumulative production of domestic organic silicon DMC and other polysiloxanes in 2025 was expected to reach 2.72 million tons, almost the same as in 2024. The domestic consumption was 2.2 million tons, and the export was 203,200 tons, showing a tight balance with a slight surplus. The DMC price is currently in the range of 13,500 - 14,000 yuan/ton, and the profitability of enterprises has been significantly restored [44][47]. - In 2026, the organic silicon industry is also facing overcapacity, with no new device plans. Production or maintenance will be adjusted according to downstream demand. The downstream demand is relatively scattered, and the future growth points may be in smart wear and new energy. It is expected that the demand will increase slightly by 1 - 3% [47]. (4) Demand 2: Aluminum Alloy - In 2025, the price of aluminum alloy showed a volatile and upward - trending pattern, and the price center increased in line with the price of primary aluminum. The cumulative production of domestic aluminum alloy from January to November 2025 was 17.456 million tons, a 15.8% year - on - year increase, and the annual production is expected to exceed 18 million tons, reaching a new high. The driving factors include the booming demand for new - energy vehicles, the accelerated release of recycled aluminum capacity, technological upgrades, and policy support [49][50]. - In 2026, the production of aluminum alloy is expected to continue to grow steadily by more than 10%. The main supporting factors include the implementation of "two new" policies in the new - energy vehicle sector, the increasing demand for aluminum alloy in energy storage and 5G fields, the possible supply shortage of recycled aluminum, and the gradual reaching of full production capacity by leading enterprises [54]. (5) Import and Export - In 2025, China's industrial silicon exports were expected to be 746,000 tons, a slight increase from the previous year. Overseas markets mainly purchase on demand, and exports in 2026 are expected to remain stable with limited growth [56]. (6) Cost and Profit - Electricity and silicon - coal account for about 75% of the total raw material cost of industrial silicon, and the price of coal has a higher correlation with the price of industrial silicon. Cost and profit are the main references for enterprises to adjust production [58]. - In the long - term, the electricity cost has a downward trend, but the regional and enterprise - level cost differences will increase. In 2026, the electricity price in low - price regions such as Xinjiang, Gansu, and Shandong is expected to decline, while in high - price regions such as Shanghai, Anhui, and Guangdong, it will be more resilient. The electricity price in intermediate regions such as Yunnan, Jiangxi, and Hebei South Grid will be stable [61][62]. - The price of silicon - coal has a significant impact on cost changes. The price increase of coal in early June 2025 boosted the price of industrial silicon [63]. 3. Polysilicon Market Analysis (1) 2025: Continued Overcapacity - From 2022 to 2024, the domestic polysilicon capacity expanded nearly six times. In 2025, the domestic polysilicon capacity was expected to be 3.32 million tons, with an effective capacity of 3.123 million tons, a 10.5% year - on - year increase. The production was expected to be 1.33 million tons, a 26% year - on - year decrease, and the annual capacity utilization rate was about 40% [64][67]. - In terms of demand, the domestic silicon wafer production in 2025 was 649 GW, and the consumption of polysilicon was about 1.23 million tons. With exports of 23,500 tons and imports of 19,000 tons, the domestic polysilicon market still had overcapacity, but the surplus was narrower than in 2023 and 2024 [71]. (2) Supply - For capacity changes in 2026, it can be analyzed from three aspects: project planning, energy - consumption regulations, and platform - based storage. It is expected that more than 400,000 tons of new capacity will be put into production by the end of 2026 [72]. - Energy - consumption regulations will adjust the polysilicon capacity. About 450,000 tons of existing capacity may not meet the new energy - consumption standards and will be phased out, and some capacity needs to be technically upgraded. After the implementation of the new standards, the domestic effective polysilicon capacity is expected to drop to about 2.4 million tons per year [72]. - The storage platform "Beijing Guanghe Qiancheng Technology Co., Ltd." was registered in December 2025. It plans to adopt a dual - track operation mode of "debt - assumption acquisition + flexible capacity storage" to optimize the capacity structure. The goal is to shut down 1 - 1.2 million tons of capacity and retain 1.5 million tons of effective capacity [72][73]. - The supply in 2026 largely depends on policy - end regulation, and it is preliminarily estimated that the supply will be between 1.4 - 1.5 million tons [77]. (3) Demand - In 2025, the nominal capacity of each link in the photovoltaic industry chain was high, but the actual production was affected by weak demand and industry self - regulation. The production of polysilicon decreased for the first time in 12 years, the growth rate of silicon wafer and module production slowed down, and the capacity investment in solar cells continued to grow [78][79]. - In 2026, global photovoltaic installation will benefit from energy transformation, emerging market development, and policy support. However, the demand in China, the United States, and Europe is expected to remain stable or decline. The demand for domestic polysilicon should not be overly optimistic due to factors such as the loss of downstream products, the possible reduction of domestic installation after the subsidy withdrawal, and the restriction of exports by other countries. The demand for polysilicon is estimated to range from 1.32 - 1.58 million tons under different installation scenarios [83][84]. (4) Inventory - As of the end of December 2025, the total inventory of polysilicon was 523,000 tons, reaching a recent high. The inventory of silicon wafers, solar cells, and modules was in a relatively normal state, but the module inventory showed a cumulative trend in the second half of the year [86]. - It is expected that the polysilicon inventory will remain high in the first quarter of 2026 and may increase further. It will decline in the second and third quarters as demand recovers and the installation season arrives, and enter a stable period in the fourth quarter [88]. (5) Cost - The cost of polysilicon is mainly composed of electricity, silicon powder, and other raw materials, with electricity accounting for about 50%. The "anti - involution" policy in 2025 prohibited selling below cost [89]. - There are differences in the calculation basis of polysilicon cost between market participants and production enterprises. In 2026, with the progress of the industrial storage platform, the concentration of production will further increase, and it will play a leading role in guiding the cost and price of polysilicon, which is an important bottom - support for the price [90]. 4. Summary: Supply - Demand Structure and Strategy Suggestions for Industrial Silicon and Polysilicon in 2026 (1) Industrial Silicon - In 2026, the overcapacity of industrial silicon is expected to continue, but policy regulation will guide production to increase slightly by 3% and demand to increase by about 5%. The mainstream price range is expected to be 7,600 - 9,400 yuan/ton, and factors such as capacity optimization, enterprise production adjustment, and price transmission in the photovoltaic industry chain should be focused on [94]. (2) Polysilicon - Polysilicon has greater variability. Currently, it has overcapacity and high inventory, but policy - based storage and price - support from leading enterprises provide strong support. In 2026, it faces the challenge of declining terminal demand, and policy implementation will have a significant impact on prices. Capacity elimination and optimization are certain events, and polysilicon is generally "prone to rise but difficult to fall". It is recommended to conduct risk - hedging based on production conditions [97][98].

1. Report Industry Investment Rating - The investment rating of manganese silicon/silicon iron is "Oscillating" [7] 2. Core Viewpoints of the Report - The ferroalloy industry will continue to face over - capacity in 2026, with planned new capacity additions. The industry's supply elasticity is high, and profit recovery will stimulate supply. Manganese ore cost provides some support for manganese silicon, and the demand for magnesium metal offers marginal support for silicon iron. With expected electricity price cuts in 2026, overall cost support will weaken, and ferroalloy prices are likely to remain weak [4] 3. Summary by Relevant Catalogs 1. 2025 Ferroalloy Market Review - **Manganese Silicon**: The market showed a rise - then - fall pattern in 2025. In Q1, manganese ore price increases drove up costs and prices, followed by a decline due to increased supply and weak demand. In Q2, there was a rebound and then a fall. In Q3, prices strengthened with cost support, and in Q4, the market entered a weak - oscillating phase [14] - **Silicon Iron**: The market trended downwards in 2025. In Q1, weak demand and supply contraction led to a lack of price support. In Q2, cost reduction and weak demand pushed prices down. In Q3, cost increases drove up prices, and in Q4, the market declined again due to cost weakening and supply pressure [17] 2. Manganese Silicon: Continuous Capacity Expansion, Weakening Cost Support 2.1 Manganese Ore Support Limited, Electricity Price Declining - **Manganese Ore Supply Recovery, Limited Price Support**: In 2025, manganese ore prices first rose, then fell, and finally oscillated. The increase in Q1 was due to reduced Gabonese ore arrivals and concentrated cargo rights. After Q2, supply increased, and prices stabilized. China's manganese ore imports increased by 11% in 2025. In 2026, the supply increase will mainly come from South32's recovery, with an expected net import increase of 300,000 - 400,000 tons [25][26][35] - **Port Manganese Ore Inventory Rising from Low Levels**: In 2025, port inventory decreased in H1 and increased in H2. In 2026, inventory accumulation is expected to be limited. High ferromanganese slag production also affected inventory [41] - **Other Costs Weakening**: In 2026, coking coal prices are expected to have a bottom - up but limited - upside trend. Electricity prices are likely to decline due to the increase in new energy capacity, with a potential reduction of 2 - 3 cents per kWh in Northwest China [56] 2.2 New Capacity Coming into Operation - The manganese silicon industry is over - capacity, but low - electricity - price regions like Inner Mongolia have cost advantages, leading to continuous capacity expansion. In 2026, the planned new capacity is about 2.8632 million tons, and supply will increase [58] 2.3 Manganese Silicon Supply - Demand Summary and Balance Sheet - **Supply**: Supply will increase in 2026 due to new capacity in low - cost regions [72] - **Cost**: The cost - reduction pressure mainly comes from electricity prices, with a possible 2 - 3 cent per kWh reduction in Northwest China [72] - **Demand**: In 2026, steel demand is expected to be flat, and manganese silicon demand will be under pressure due to weak building material demand [72] - **Overall**: The 2026 manganese silicon market will have "increasing supply and stable demand", with a price range of 5,200 - 6,300 yuan/ton [73] 3. Silicon Iron: Increasing Supply, Weak Demand Support 3.1 Over - Capacity, Reduced Supply in High - Cost Regions - In 2025, silicon iron production decreased, with a "high - then - low" pattern. High - cost regions like Qinghai and Gansu reduced production. In 2026, new capacity of about 1.038 million tons is expected, mainly in cost - advantage regions [77][78] 3.2 Cost Reduction - In 2026, electricity prices are expected to decline by 2 - 3 cents per kWh in Northwest China. Lanthanum coke prices may also fall, leading to a lower cost center for silicon iron [83] 3.3 Steel Demand Stable, Export Declining, Magnesium Metal Supporting - **Export**: In 2025, silicon iron exports were high. In 2026, exports may decline due to high tariffs and potential competition from Ukraine [92] - **Magnesium Metal**: In 2026, the demand for magnesium alloy is expected to increase, providing some support for silicon iron, but the proportion is small [92] - **Steel**: In 2026, steel demand is expected to be stable, having a neutral impact on silicon iron demand [93] 3.4 Silicon Iron Supply - Demand Summary and Balance Sheet - **Supply**: New capacity will be concentrated in cost - advantage regions, with an expected increase in 2026 [96] - **Cost**: Electricity and coal prices are expected to decline, weakening cost support [96] - **Demand**: Exports may decline, and magnesium metal demand will provide limited support. Steel demand will be stable [96] - **Overall**: In 2026, the silicon iron market may have increasing supply and demand, with a price range of 5,000 - 6,000 yuan/ton [97]

Investment Rating - The investment rating for China Petroleum (601857.SH) is "Outperform the Market" (maintained) [2][3][10] Core Views - The group has demonstrated confidence by increasing its stake, with plans to invest between RMB 2.8 billion and RMB 5.6 billion in A-shares and H-shares. As of December 29, 2025, the group has cumulatively increased its holdings by 30 million A-shares and 11.896 million H-shares [4][5][7] - The company has a sulfur production capacity exceeding 3.5 million tons per year, and rising sulfur prices are expected to enhance performance. The average price of solid and liquid sulfur has increased by over 150% year-on-year, reaching RMB 3,750/ton and RMB 3,800/ton respectively [5][8] - The closure of overseas refineries, combined with domestic capacity control, positions the company as a leader in refining, ethylene, and aromatics, likely benefiting from the current market dynamics [6][9] Summary by Sections Stake Increase - China Petroleum Group announced plans to increase its stake in the company, with a total investment of RMB 2.8 billion to RMB 5.6 billion in A-shares and H-shares. As of December 29, 2025, the group has increased its holdings by 30 million A-shares and 11.896 million H-shares [4][5][7] Sulfur Production and Pricing - The company has a sulfur production capacity of over 3.5 million tons per year. Due to supply constraints from Russian refineries and strong demand from the phosphate fertilizer and acid production sectors, sulfur prices are expected to rise, significantly boosting profits. Current average prices for solid and liquid sulfur are RMB 3,750/ton and RMB 3,800/ton, with year-on-year increases exceeding 150% [5][8] Refining and Petrochemical Market - The national refining capacity has surpassed 1 billion tons per year, but the utilization rate has dropped to around 70%, indicating structural overcapacity of over 300 million tons. The company is expected to benefit from the strict control of new refining projects and the adjustment of production schedules for ethylene and paraxylene, as outlined in the "Petrochemical Industry Stabilization Growth Work Plan (2025-2026)" [6][9] Profit Forecast - The profit forecast for the company remains unchanged, with expected net profits for 2025-2027 at RMB 167.4 billion, RMB 170.9 billion, and RMB 174 billion respectively. The diluted EPS is projected to be RMB 0.91, RMB 0.93, and RMB 0.95 for the same period, with current A-share PE ratios of 11.2, 11.0, and 10.8 times [10]