01 近期，中央密集释放整治无序竞争政策信号。 据新华社报道，中央财经委员会第六次会议于7月1日上午召开。会议强调，纵深推进全国统一大市场建 设，要聚焦重点难点，依法依规治理企业低价无序竞争，引导企业提升产品品质，推动落后产能有序退 出；规范政府采购和招标投标，加强对中标结果的公平性审查；规范地方招商引资，加强招商引资信息 披露。 同一天，《求是》杂志刊文《深刻认识和综合整治"内卷式"竞争》，对"内卷式"竞争发出严厉警告。文 章指出，与过去恶性竞争主要集中在钢铁、水泥、轻工产品等传统产业不同，当前一个突出现象是，光 伏、锂电池、新能源汽车、电商平台等新兴行业也深陷其中。 而在6月29日，人民日报头版发布文章《在破除"内卷式"竞争中实现高质量发展》，点名光伏、储能、 新能源汽车行业的"内卷式"竞争。 文章指出，光伏组件低至每瓦六毛多，百余款车型加入降价行列，储能系统中标价格屡创新低……一段 时间以来，无序拼价格战、同质化竞争成为一些行业"内卷式"竞争的突出表现。"内卷"之下，竞争失去 节制，市场机制受到扭曲，给高质量发展带来不利影响。 文章剖析了光伏行业的现状，一边，行业各环节年产能均超1100吉瓦，出现阶段性 ...

Group 1 - The report indicates that the credit bond market is expected to maintain a slightly bullish trend in July and the third quarter, driven by factors such as potential export weakness and the central bank's liquidity measures [2][10][11] - The report highlights the importance of selecting liquid credit bond issuers and maintaining trading flexibility, with specific attention to timely profit-taking opportunities [11][12] - The report suggests focusing on city investment bonds in regions with strong debt management capabilities, such as Shandong, Henan, and Guangxi, particularly in cities like Liuzhou, which is actively addressing its debt issues [3][12][15] Group 2 - The report emphasizes that addressing "involution" and resolving overcapacity issues are becoming key tasks for local governments, with expectations for more policies to guide and resolve these challenges [3][23][25] - The report notes that the financial bond market has seen significant movements, with credit spreads for certain bonds narrowing, indicating a need for cautious investment strategies [4][10] - The report discusses the potential for investment in high-quality enterprises and regions with strong economic fundamentals, particularly in provinces like Guangdong, Jiangsu, and Zhejiang, which are expected to have robust debt management capabilities [43][44][48]

Group 1 - The core conclusion indicates that recent market and policy focus on de-capacity and anti-involution may signify the late stage of the overcapacity cycle, with market-driven capacity reduction already underway, regardless of policy [2][10][11] - Since 2021, the continuous decline in corporate revenue has led to a cumulative year-on-year negative growth in capital expenditure across the entire A-share market, marking the longest period of negative growth since 2005 [10][11] - De-capacity is a crucial part of the capacity cycle, but its short-term impact on profitability is limited if demand does not show a turning point; supply policies mainly affect the height of future price reversals rather than the direction of prices [10][11] Group 2 - The process of de-capacity typically follows three steps: declining revenue and profits lead to reduced capital expenditure, which subsequently results in a decrease in capacity growth [3][11] - The effects of de-capacity are often only visible when demand improves; during periods of declining industry prices, the supply-demand balance tends to be in a low-cost zone, meaning most companies are losing money [15][17] - The current overcapacity is primarily driven by the decline in the real estate sector since 2021, with a need to monitor whether a second demand decline similar to 2014-2015 will occur [18][21] Group 3 - The current judgment suggests a strategic outlook similar to 2013 and 2019, with a high probability of developing into a comprehensive bull market, although tactical indicators may require time to break through the recent trading range [23][24] - The market is expected to experience fluctuations in July, but a return to a bull market is anticipated in the latter part of Q3 or Q4, contingent on either earnings or policy turning optimistic [23][24] - Recent configuration suggestions include a focus on value in the short term, with potential increases in exposure to elastic industries after Q3 [26][29]

Report Industry Investment Rating - Not provided in the content Core Viewpoints Industrial Silicon - In 2025, the price of industrial silicon showed a downward trend in the first half of the year, and the fundamentals are expected to remain weak in the second half. The supply may increase during the wet season, while the demand is overall weak, with the export market expected to decline year-on-year. The inventory pressure is large, and the cost support is relatively weak. Without policy intervention, the price is expected to range from 6,000 to 9,000 yuan/ton [7][35][36] - The cost of industrial silicon may further decrease, but it is necessary to focus on policy impacts. The supply capacity has increased, but the output has decreased. The demand shows a pattern of significant recovery in exports and suppressed demand due to polysilicon production cuts [10][11][12] Polysilicon - In the first half of 2025, the price of polysilicon first stabilized and then declined. In the second half, the supply is affected by policy disturbances and cost pressures, with certain uncertainties, but the overall operation may remain at a low level. The industry is facing a situation of large capacity, high inventory, and weak demand, and the price will face greater pressure without policy intervention. The price is expected to fluctuate between 31,000 and 40,000 yuan/ton [18][25][37] - The cost of polysilicon has significantly decreased, mainly driven by the decline in raw material prices and energy cost optimization. The supply has decreased, and the pressure of overcapacity remains large. The demand is driven by the short - term increase in domestic photovoltaic installations, but the growth rate is expected to decline [19][20][23] Summary by Relevant Catalogs 2025 First - Half Price Review Industrial Silicon - From January to February 2025, the industrial silicon price was relatively firm due to production cuts in the southwest and northwest regions. In March, the price declined due to increased supply pressure and weak demand. From April to May, the price accelerated its decline under the influence of the US trade war and falling raw material costs. In June, the price rebounded after hitting the bottom [6][33] Polysilicon - In the first half of 2025, the price of polysilicon first stabilized and then declined. It was stable around the Spring Festival and declined in April due to reduced downstream orders and falling raw material prices [18][34] 2025 Second - Half Price Outlook Industrial Silicon - The supply is expected to increase during the wet season, and the demand is overall weak. The inventory pressure is large, and the cost support is weak. Without policy intervention, the price is expected to range from 6,000 to 9,000 yuan/ton [7][35][36] Polysilicon - The supply is affected by policy and cost, with uncertainties, but the overall operation may remain at a low level. The industry has large capacity, high inventory, and weak demand. Without policy intervention, the price will face pressure, and it is expected to fluctuate between 31,000 and 40,000 yuan/ton [18][25][37] Supply - Side Situation Industrial Silicon - As of the end of June, the overall furnace - opening rate was 27.62%. In 2024, about 650,000 tons of new capacity were added, and there were about 700,000 tons of built - but - unoperated capacity and nearly 1 million tons of planned capacity. The output from January to June 2024 decreased by 15% year - on - year, mainly due to price drops and production cuts in most regions. The northwest has become the main production area [45][46] Polysilicon - In 2024, 850,000 tons of new capacity were added, and there are still about 470,000 tons of capacity under construction or built but unoperated. The production in the first half of 2025 decreased significantly year - on - year, and the average operating rate of enterprises dropped to a historical low. The annual output is expected to decrease to about 1.2 million tons [20][102][109] Cost and Profit Industrial Silicon - In the first half of 2025, the raw material cost of industrial silicon decreased, and the full cost and cash cost also decreased. The electricity price in some areas decreased, and the prices of silicon coal, charcoal, electrodes, and silica also declined. Without policy intervention, the cost may further decrease, but the decline space is limited [55][56] Polysilicon - In 2025, the production cost of polysilicon decreased significantly, mainly due to falling raw material prices and optimized energy costs. The current tax - free cash cost of granular silicon can be controlled at 25,000 yuan/ton, and that of rod - shaped silicon is between 30,000 and 45,000 yuan/ton [19] Export - End - From January to May 2025, China's metal silicon exports totaled 272,400 tons, a year - on - year decrease of 10.31%. The annual export volume is expected to decrease by 5 - 10% year - on - year compared to 2024, mainly affected by the global economic outlook and overseas tariff policies [69] Consumption - End - In the first half of 2025, the production of polysilicon decreased significantly year - on - year, organic silicon increased slightly, and the demand for aluminum alloy increased steadily. The export volume is expected to decline due to the slowdown of overseas economies [72] Organic Silicon - As of June, the total production capacity of Chinese organic silicon monomers reached 6.88 million tons/year. The production from January to June increased by about 1% year - on - year. The consumption structure is changing, with the proportion of the traditional construction industry decreasing and that of new energy, electronics, and other fields increasing. The overall consumption growth may slow down in the second half of the year, and the annual growth rate is expected to be about 5%. The price decreased after a slight rebound in the first quarter, and the industry operating rate was between 60% and 70% [72][73] Aluminum Alloy - In 2025, the overall operation of the aluminum alloy industry remained stable, and the consumption of industrial silicon increased. From January to June, the production of primary aluminum alloy increased by 12.4% year - on - year, and that of recycled aluminum alloy increased by 1% year - on - year. The downstream consumption of aluminum alloy increased, and the primary industrial silicon consumption in 2025 is expected to be 650,000 tons [92][95] Polysilicon (Continued) Supply - Side - In early 2025, the domestic polysilicon capacity remained high, but the production decreased significantly in the first quarter due to low prices and industry self - discipline agreements. The production increased slightly in the second quarter, but the overall operating rate remained low [102] Consumption - Side - In the first half of 2025, the domestic photovoltaic installation rush significantly drove the demand for polysilicon, but the demand entered a vacuum period after June. The overseas market demand was weak. The growth rate of new installations in 2025 is expected to decline, with domestic new installations expected to be 310GW and global new installations about 610GW [112][114] Import and Export - From January to April, the export of photovoltaic modules decreased by 6% year - on - year. Only the African market showed significant growth, while the European, American, and Middle - Eastern markets declined [115] Inventory and Supply - Demand Balance Industrial Silicon - As of the end of June, the inventory of the metal silicon industry was 970,000 tons. The inventory decreased slightly in the first half of the year, is expected to increase slightly in the wet season of the second half, and may decrease slightly in the fourth quarter. The annual inventory is expected to increase slightly, and the industry inventory pressure remains high [171] Polysilicon - The upstream inventory of polysilicon is large, and the total industry inventory is expected to be higher than 400,000 tons. The total inventory decreased slightly in the first half of the year, and if the industry self - discipline production cuts are effective, a slight reduction in inventory is expected throughout the year [171]

以下文章来源于黑貔貅俱乐部 ，作者黑貔貅 黑貔貅俱乐部 . 宏观经济 ，亮点行业，大类资产配置 风险提示：本文所提到的观点仅代表个人的意见，所涉及标的不作推荐，据此买卖，风险自负。 作者：黑貔貅俱乐部 来源：雪球 站在当下看未来的3-5年 ， 反内卷或许会成为影响中国社会以及经济最重要的事件之一 。 映射到资本市场 上也会带来巨大的投资机会 ， 尤其是对商品而言 ， 可能会成为影响部分品种的核心变量 。 尽管大家都在 类比16年的供给侧改革 ， 但是我觉得还是有很大的差异性 。 01 有较大的背景跟性质差异 15年过剩的行业相对集中在中上游领域 ， 产品的同质化竞争是比较严重的 ， 比如钢铁 ， 水泥 ， 电解铝 ， 玻璃等等 ， 大家生成的东西没有多少不同 ， 价格上也没有多少差距 。 而且这种过剩很大程度上是因为 2011-2012年的经济繁荣带来的投资 ， 主要是周期性因素为主 ， 通过棚改货币化刺激需求以及行政手段 压减无效产能 ， 退出效果还是比较显著的 。 但是本轮产能主要集中在终端消费领域 ， 产品的差距还是很大 ， 中低高端都有 ， 很难通过行政命令去去 化 ， 比如光伏是差异化过剩问题 。 ...

Core Viewpoint - The recent meeting of the Y Finance Committee emphasized the need to eliminate outdated production capacity and prevent disorderly competition, aiming to stimulate domestic demand rather than simply reduce capacity [2][6][17]. Group 1 - The meeting's focus is on the orderly exit of outdated production capacity and preventing excessive competition, which has been a recurring theme in recent years [2][3]. - The interpretation of this meeting as a repeat of past supply-side reforms is considered a misunderstanding, as the current economic environment differs significantly from that of a decade ago [4][5][8]. - The notion of absolute overcapacity is challenged, with the argument that there is only structural overcapacity, not absolute overcapacity [9][10]. Group 2 - The demand for renewable energy sources, such as solar and electric vehicles, is expected to increase as global carbon peak targets approach, indicating that the perceived overcapacity is due to unactivated potential demand rather than excess production [12][14]. - The domestic situation reflects a lack of consumption driven by insufficient income among lower and middle classes, rather than overproduction [15][16]. - The meeting's agenda is about upgrading production capacity rather than merely reducing it, highlighting the need for quality improvement in supply [17][27]. Group 3 - Historical context shows that production overcapacity is a common issue faced by powerful modern nations, with different countries choosing various paths to address it, such as industrial upgrading or allowing industry to decline [20][21]. - The U.S. experience of industrial transfer in the mid-20th century serves as a cautionary tale against indiscriminate capacity reduction, which led to financialization and increased wealth disparity [26][27]. - The current narrative around overcapacity is partly driven by Western countries' attempts to undermine Eastern economies, fearing their complete industrial chain [28][30]. Group 4 - The elimination of outdated production capacity is expected to be limited in scale due to the current economic conditions, as large-scale layoffs could pose significant social issues [33]. - The government has already taken steps to curb price wars in the electric vehicle sector, indicating a proactive approach to managing competition [33]. - The strategy moving forward involves enhancing domestic consumption to absorb production capacity while expanding markets externally [35][37].

Core Viewpoint - The chemical industry is experiencing a "reverse involution" due to overcapacity, leading to a series of production cuts among companies, including Wankai New Materials, which plans to reduce its PET production capacity by 60,000 tons, accounting for 20% of its total capacity [1][4]. Industry Overview - The domestic PET capacity is projected to reach 20.58 million tons by May 2025, with an operating rate of 88.75%. The recent production cuts involve a total capacity of approximately 3.36 million tons, representing 16.3% of the total capacity, which may lower the operating rate to around 75% [1][3]. - The global demand for PET is expected to grow by approximately 8.2% in 2024, with domestic demand projected at around 8.62 million tons, a year-on-year increase of 14%. Exports are expected to reach about 5.85 million tons, up 28.4% [3][4]. Company Actions - Wankai New Materials reported that the production cuts are a response to supply and demand issues within the industry, with several companies implementing similar measures. Despite a profitable first quarter, the company's profitability remains weak [1][2]. - Other companies, such as China Resources Chemical and Yisheng Petrochemical, have also announced production cuts, with reductions of 20% of their total capacity and a cumulative shutdown of 1 million tons, respectively [4][6]. Financial Performance - The PET industry has seen a significant decline in profitability since 2022 due to rapid capacity expansion and decreased operating rates. Wankai New Materials reported a net loss of 300 million yuan in 2022, while other major players also faced substantial losses [7][8]. - The industry experienced a boom during the pandemic years (2020-2022), with Wankai New Materials' net profit exceeding 1 billion yuan in 2022, but the subsequent capacity surge has led to a challenging market environment [7][8]. Market Dynamics - The current market is characterized by an oversupply situation, with the domestic PET capacity nearing 50% of the global total. The leading companies in the industry hold a significant market share, with the top four companies accounting for over 80% of the total capacity [7]. - Despite production cuts, the market is still under pressure, with analysts indicating that the supply adjustments may provide limited support and are unlikely to fundamentally change the prevailing cost-driven market dynamics [4][8].

Industry Overview - As of late May 2025, the price of soft foam polyether in China is 0.73 million yuan per ton, a year-on-year decrease of 19.65% [1][9] - The decline in prices is attributed to the fluctuation and decrease in upstream raw material prices, such as propylene oxide, and rapid expansion of domestic production capacity, which reached 9.5 million tons per year by February 2025, with expectations to exceed 11 million tons per year [1][9][10] - The rapid increase in production capacity has led to a significant rise in market supply, while demand growth has not kept pace, resulting in an imbalance between supply and demand [1][9] Industry Development History - The soft foam polyether industry in China has undergone four main stages: the initial stage (1989-1993), rapid development (1993-1999), technological innovation (2000-2010), and green development (2010-present) [3][4][5] - The initial stage saw the establishment of the first large-scale polyether production facility in Tianjin, marking the beginning of industrial production [3] - The rapid development phase was characterized by the introduction of new products and significant increases in production capacity, with a focus on high-end applications [3] - The technological innovation phase involved advancements in production technology and increased government support for new materials [4] - The current green development phase emphasizes technological breakthroughs in catalysts and sustainable practices due to stricter environmental regulations [5] Industry Supply Chain - The upstream of the soft foam polyether industry includes basic chemical raw materials (propylene oxide, ethylene oxide), initiators (glycerol, propylene glycol), catalysts, and production equipment [7] - The midstream involves the manufacturing of soft foam polyether, while the downstream applications span across furniture, automotive, footwear, construction insulation, waterproof coatings, and packaging materials [7] Current Industry Status - The total production capacity of soft foam polyether in China was 9.413 million tons in 2024, with a year-on-year growth of 2.34% [10] - Major companies like Wanhua Chemical, Longhua New Materials, and Changhua Chemical dominate the market, leveraging their technological and scale advantages [10][14] - The consumption of soft foam polyether in the first four months of 2025 reached 122.56 thousand tons, a year-on-year increase of 7.15%, driven by recovery in downstream sectors like furniture and automotive [12] Key Companies' Performance - Wanhua Chemical Group, established in 1978, is a significant player in the global polyether market, focusing on technological innovation and expanding its production capacity [18] - Longhua New Materials, founded in 2011, has become a leading company in the domestic soft foam polyether industry, achieving a market share of 30% in polymer polyols [16] - In 2024, Longhua New Materials reported a revenue of 5.624 billion yuan, a year-on-year increase of 12.01% [16] Industry Development Trends - The industry is expected to see optimization of production capacity and increased concentration, with leading companies like Wanhua Chemical and Longhua New Materials driving capacity consolidation [20] - There is a strong emphasis on technological innovation and green transformation, with companies adopting low-VOC formulations and developing bio-based polyethers [21][22] - Downstream demand is diversifying, with traditional markets slowing while new sectors like automotive and cold chain logistics are emerging as key growth areas [23]

Core Viewpoint - The emergence of "involution" competition in recent years is not merely due to the short-sightedness of companies and employees, but is deeply rooted in macroeconomic backgrounds influenced by economic cycles, institutional issues, and technological development patterns [1][27]. Group 1: Industry Responses to Involution - The automotive industry has been notably active, with a significant "60-day account period revolution" and calls from the National Federation of Industry and Commerce for manufacturers to shorten rebate periods and simplify policies [3][4]. - The pig farming sector is also responding, with major companies being urged to reduce production capacity and stabilize prices, controlling the weight of pigs for market [5]. - The photovoltaic industry is proactively reducing production, with leading glass manufacturers planning a collective 30% cut in output [6]. - The cement industry is undergoing self-examination, with the China Cement Association requiring members to align actual production with registered capacity [7]. Group 2: Historical Context of Capacity Reduction - Historical capacity reduction efforts have typically focused on high-pollution and high-energy-consuming traditional industries, employing methods such as limiting new capacity and eliminating outdated production [16][20]. - The current round of capacity reduction is characterized by a broader scope, including emerging industries like photovoltaics and new energy vehicles, indicating a shift from traditional sectors [21][22]. Group 3: Economic and Policy Factors - The low demand in the domestic market and uncertainties in foreign demand are contributing to the "involution" competition, exacerbated by supply-demand mismatches in certain industries [28]. - Local governments' performance evaluation mechanisms lead to "race-to-the-bottom" competition, distorting industry entry costs and slowing down market adjustments [29]. - Technological advancements often result in structural overcapacity, particularly in emerging industries, as companies invest heavily to adapt to rapid changes [30]. Group 4: Future Directions and Recommendations - To address "involution" competition, authorities should enhance counter-cyclical adjustments to boost domestic demand and reform the income distribution structure to improve labor compensation [34][36]. - Encouraging differentiated competition among enterprises and establishing industry standards can help mitigate excessive competition [38]. - A tailored approach to supply-side guidance based on industry-specific technological development patterns is necessary to support innovation [39]. Group 5: Investment Opportunities - Investors should be aware of the typical patterns of capacity reduction, as stock prices in affected industries may initially drop but can rebound significantly post-adjustment [57]. - Emerging industries such as semiconductors and artificial intelligence, despite current bubbles, present substantial arbitrage opportunities [58].

Group 1: Core Insights - The MSCI China Index has increased by 32% over the past year and is currently at a price-to-earnings ratio of 11.5, close to its 20-year average of 11.9, raising questions about the sustainability of this growth [1] - JPMorgan identifies three key factors supporting a positive outlook for the Chinese market: initial recovery in consumption, addressing overcapacity issues, and high equity risk premium due to significantly lower interest rates [1] Group 2: Consumption Recovery - The recovery of Chinese consumption is a critical theme for the second half of 2025, with retail sales growth averaging 5.4% since 2023, down from pre-COVID levels of 9-10%, but showing signs of rebound [2] - Improving consumption will help balance supply and demand, alleviate deflationary pressures, and enhance corporate pricing power and profitability [2] - Key areas to focus on for sustained retail sales growth include expanding policy support, emphasizing consumer services, and stabilizing the real estate market, which has negatively impacted GDP by 2-2.5% annually over the past four years [2] Group 3: Addressing Overcapacity - The Chinese government is focusing on reducing overcapacity, particularly in the context of real estate control and technology access restrictions from the U.S., aiming for greater self-sufficiency in the industrial chain [7] - There is anticipation for meaningful supply-side reforms, with a focus on sectors such as automotive, materials, industrials, and technology [7] - Stocks that may benefit from industry consolidation include BYD, CATL, Chalco, Putailai, and Nippon Paint [7] Group 4: Capital Costs and Equity Risk Premium - Despite the MSCI China Index's mean reversion, the equity risk premium remains high, attributed to a significant decline in government bond yields, indicating that the Chinese stock market is still undervalued [9] - Interest rates are expected to remain low, with a forecasted 10 basis point cut by the end of 2025, currently at 1.64% for 10-year government bonds [9] - The current earnings yield of the Chinese stock market is 9%, suggesting an implied equity risk premium exceeding 7%, which is historically high compared to the U.S. [9][10]