Core Viewpoint - The successful pilot production of the POE project by Dingjide marks a significant breakthrough in domestic production capabilities, demonstrating the company's advanced self-developed metallocene catalyst technology and its potential to reduce reliance on imports [1][2][4]. Group 1: Company Developments - Dingjide's pilot production facility for POE has commenced operations and is producing stable outputs, validating the performance of its self-developed metallocene catalyst [1][2]. - The company has achieved a significant milestone by overcoming key production challenges associated with metallocene catalysts, high carbon α-olefins, and polymerization processes, which have historically hindered domestic POE production [2][4]. - Dingjide's self-developed metallocene catalyst has reached industry-leading standards, enhancing its production capabilities and cost control, thereby improving its profit margins and risk resilience [2][4][5]. Group 2: Market Dynamics - The POE market has seen price increases from major players like LG Chem and Dow Chemical, attributed to rising demand in sectors such as photovoltaic cells and electric vehicles, alongside limited domestic production capacity [3][4]. - The high cost of raw materials, including metallocene catalysts and α-olefins, has been a significant factor in the pricing dynamics of POE, with domestic production still heavily reliant on imports [3][4]. - Despite concerns about potential overcapacity and price declines in the POE market, the production process for POE is complex and lengthy, suggesting that new entrants will face significant challenges in achieving commercial viability [6][7]. Group 3: Future Outlook - The long-term outlook for the POE market remains positive, with expectations of reduced production costs and increased market competitiveness as domestic capacities gradually come online [7][8]. - Dingjide's strategic positioning as a supplier of key materials, including metallocene catalysts, is expected to provide it with a competitive edge in the evolving market landscape [5][8]. - The company's advancements in technology and comprehensive industry chain layout are likely to position it favorably in the upcoming market transformations, potentially leading the domestic POE industry to new heights [8].

Core Viewpoint - The legal opinion issued by Tongli Law Firm confirms that the procedures for the third extraordinary general meeting of Shanghai Feikai Material Technology Co., Ltd. are compliant with relevant laws and regulations, and the voting results are valid [3][5][6]. Group 1: Meeting Procedures - The company announced the third extraordinary general meeting on May 28, 2025, providing details about the time, location, and agenda [3][4]. - The meeting will be held on June 16, 2025, combining on-site and online voting methods [4]. Group 2: Attendance and Qualification - A total of 391 shareholders or their representatives attended the meeting, and the qualifications of attendees and the convenor were verified as valid [4][5]. Group 3: Voting Procedures and Results - The meeting utilized both on-site and online voting, with results compiled according to legal and regulatory requirements [5][6]. - The voting results showed overwhelming support for the proposed resolutions, with 99.7068% approval for the acquisition of JNC Group's patents and 99.6582% approval for changes in the equity structure [6]. Group 4: Conclusion - The legal opinion concludes that all aspects of the meeting, including procedures, attendance qualifications, and voting results, are in compliance with applicable laws and the company's articles of association [6][7].

Group 1 - The company plans to sign a project cooperation agreement with the Nanjing Jiangbei New Area Intelligent Manufacturing Industry Development Management Office to lease a factory of 5,800 square meters [1] - The investment for the project is set at 130 million yuan, aimed at establishing an annual production capacity of 40,000 tons of specialty materials [1] - The project will include the construction of a new production line for specialty materials and a three-dimensional warehouse, primarily focusing on flame-retardant products to optimize product structure and enhance market competitiveness [1] Group 2 - The investment will be implemented in phases, and the project has already been approved by the board of directors and the supervisory board, not requiring approval from the shareholders' meeting [1] - The project does not constitute a related party transaction or a major asset restructuring [1]

2025 年 6 月 13 日 晨会速递 分析师点评 市场数据 总量研究 【宏观】美国通胀压力何时显现？——2025 年 5 月美国 CPI 数据点评 5 月，美国通胀环比增速不升反降，低于市场预期：一是，受贸易争端的担忧和 OPEC+ 增产影响，能源价格低位运行；二是，企业通过抢进口、消化关税成本等方式，短期 稳定商品价格。目前仅有局部领域涨价，而权重较高的服装、汽车价格仍在下跌；三 是，关税生效前居民消费提前释放，同时关税冲击消费者信心，居民出行需求明显走 弱，4 月以来酒店、机票、娱乐等服务价格持续下跌。 行业研究 【基化】扬帆新材子公司车间着火，持续关注光引发剂行业供需格局优化——石化化 工交运行业日报第 77 期（20250612）(增持) 投资建议：（1）持续看好低估值、高股息、业绩好的"三桶油"及油服板块。建议 关注：中国石油、中国石化、中国海油、中海油服、海油工程、海油发展；（2）持 续看好国产替代趋势下的材料企业，国产半导体材料、面板材料有望受益，建议关注： 晶瑞电材、彤程新材、奥来德；（3）看好农药化肥及民营大炼化板块，建议关注： 万华化学、华鲁恒升、华锦股份；（4）看好维生素及蛋氨酸板块 ...

Core Viewpoint - Japan's chemical industry is undergoing significant restructuring, with major companies exiting low-margin businesses and focusing on high-value-added materials and sustainable practices to enhance competitiveness in a challenging market environment [1][5][6]. Group 1: Industry Position and Market Dynamics - Japan's new materials industry holds a leading position globally, particularly in semiconductor materials, specialty chemicals, and carbon fiber, with companies like Toray and Mitsubishi Chemical being key players [1]. - Recent trends show a withdrawal from certain sectors, with major companies like Kuraray and Mitsui Chemicals announcing production halts and business exits, indicating a strategic shift in response to market pressures [2][3]. Group 2: Strategic Adjustments and Future Focus - Companies are restructuring to focus on high-growth, high-margin sectors, with an emphasis on specialty chemicals and sustainable materials, as seen in Mitsui Chemical's plans for a global specialty chemicals business [5]. - The overarching strategy across major firms includes transitioning towards high-performance materials and green technologies, aligning with global trends in energy transition and environmental regulations [4][5][6]. Group 3: Challenges and Market Pressures - The Japanese chemical sector faces challenges such as declining domestic demand due to population decrease and economic downturn, alongside increased competition from rapidly developing Asian markets [3][4]. - The implementation of carbon border adjustment mechanisms and pressures from global carbon markets are further complicating the operational landscape for traditional chemical businesses [4].

Summary of Key Points from Conference Call Records Industry Overview - The conference call discusses the significant progress in the domestic production of key materials in China, particularly in carbon fiber, high-performance engineering plastics, and certain semiconductor materials, benefiting from national strategic support, increased R&D investment, and the establishment of upstream and downstream collaboration mechanisms [1][4][6]. Key Materials and Their Market Dynamics Carbon Fiber - High-performance carbon fibers such as T300, T700, T800 have achieved large-scale production with competitive quality and cost [2]. - Advanced carbon fibers like T1,000, T1,100, M55, and M60 have also seen breakthroughs [2]. Engineering Plastics - China's production capacity in high-performance engineering plastics dominates the global market, with LCP films being ideal for high-frequency communication and automotive electronics [2][3]. - The market for five major engineering plastics (Nylon, PC, POM, PBT) has largely been localized, with only a few high-end products remaining reliant on imports [3]. Semiconductor Materials - China has become the largest market for semiconductor photoresists, with a projected market size of $770 million in 2024, growing at 16% year-on-year [7]. - The domestic market for ceramic substrate materials is expected to exceed $1 billion by 2031, driven by applications in new energy vehicles and LED lighting [10][11]. Challenges in Domestic Production - The domestic production of semiconductor photoresists faces challenges such as complex formula adjustments, high testing and certification requirements, and low willingness from downstream customers to switch suppliers [9]. - Certain key materials, including electronic specialty gases and advanced packaging materials, still require further localization efforts [6][22][23]. Market Growth and Future Trends - The market for electronic specialty gases is projected to grow from $6.2 billion in 2021 to $8.1 billion by 2025, with significant demand in integrated circuits [22]. - The ceramic substrate market is expected to grow at a compound annual growth rate (CAGR) of nearly 15% [11]. Company-Specific Insights Domestic Companies - Companies like Zhongyu Technology are diversifying into electronic specialty gases and have seen growth in their product offerings [24]. - Dinglong Co. is experiencing strong performance in polishing pads and display materials, with expected revenue growth of over 50% in polishing liquids [28][29]. Investment Opportunities - The valuation of companies involved in the production of silicon nitride ceramic balls is considered reasonable, with significant growth potential in the coming years [13]. - The domestic market for epoxy encapsulants is gradually being penetrated by local companies, although it is currently dominated by foreign firms [14][15]. Conclusion - The conference call highlights the ongoing transformation in China's key materials industry, with substantial progress in domestic production capabilities, yet also emphasizes the challenges that remain in achieving full localization across various sectors. The insights provided indicate potential investment opportunities in companies that are well-positioned to capitalize on these trends.

浩瀚苍穹上， "祝融号"火星车稳健穿越沙丘地形，无惧发动机1200℃高温，轻松应对火 星-120℃低温。标志着中国自主研发的 纳米气凝胶 打破了国外技术垄断； 寂静海洋里， "海斗一号"朝着更深处突破极限，验证了我国 全海深固体浮力材料 已告别了全 进口困境； 近年来我国化工企业在科技研发上屡次刷新中国速度，在多个关键基础材料上打破国际巨头垄 断。这在当前全球贸易战乌云笼罩之下，显得尤为重要。 2025年4月美国对包括中国在内的多个国家加征关税，中国随即反制，双方互征关税超过 100%，造成实际上两国贸易脱钩。 虽然目前贸易战暂停，给与 90天谈判期，但这柄达摩之剑始终是悬在头顶的巨大危险。 中国化 工行业有多款关键材料依赖进口，一旦供应受阻，对国民经济伤害甚大 。 中国化工人加速进口替代的研发，促进化工科技的崛起，已经刻不容缓。不仅关系到提高人民生 活质量，更是为了稳固重点产业链、供应链安全的必经之路。 而 国产 PTFE抗滴落剂 的发展及进口替代就是中国化工科技崛起的一个经典缩影 。 一、PTEF抗滴落剂是新能源汽车、电子等行业的关键基础性材料 PTFE抗滴落剂 是一种高性能添加剂， 主要用于热塑性塑料的 ...

Core Viewpoint - The emergency drill conducted in Fuxin City tested the effectiveness of the emergency response mechanisms and highlighted the importance of coordinated efforts among various departments and companies in handling chemical fire incidents [1][2]. Group 1: Emergency Drill Overview - The emergency alarm at Fuxin Du Innovation Materials Technology Co., Ltd. signaled the start of a fire rescue drill, simulating a fire in toluene and ethyl acetate storage tanks [1]. - The drill involved multiple emergency response teams, including micro fire stations from nearby companies, which quickly mobilized to the scene [1]. - A total of 17 fire trucks and 80 rescue personnel were deployed, showcasing a well-coordinated response to the simulated emergency [1]. Group 2: Evaluation of Emergency Response - The drill assessed the scientific, targeted, and operational aspects of emergency plans developed by Fuxin City and its districts, aiming to improve response capabilities and reduce potential hazards [2]. - The exercise demonstrated the effectiveness of a multi-departmental emergency response mechanism and the operational efficiency of modern firefighting equipment [2]. - Continuous optimization of digital emergency plans and practical training is emphasized to ensure readiness during critical situations [2].

Core Insights - Chinese researchers have developed a high-performance electrocatalyst for the efficient synthesis of green hydrogen peroxide, enabling the possibility of "on-demand" production [1][2] - The research was led by Professor Liang Ji's team at Tianjin University and published in the international journal Nature Communications [1] Group 1: Research and Development - The newly developed catalyst is a nickel-based metal-organic framework material (Ni-BTA) that effectively matches the theoretical optimal value for electrosynthesis of hydrogen peroxide, ensuring high reaction activity while significantly suppressing side reactions [2] - Testing shows that the catalyst can achieve a 100% kill rate of pathogenic bacteria like E. coli in physiological saline within just 30 minutes, and it can rapidly degrade toxic organic dyes [2] Group 2: Industry Implications - This new material addresses the high energy consumption and pollution issues associated with traditional production methods, particularly the energy-intensive anthraquinone process [2] - The research team is working to optimize the production process to transition the technology from the laboratory to industrial production, aiming to replace traditional high-pollution methods and contribute to the goal of "green chemistry" [2]

Core Viewpoint - Technological innovation is the intrinsic driving force for enterprises to achieve high-quality development, with Copper Chemical Group adopting a "three-chain integration" approach focusing on innovation, industry, and talent [1] Group 1: Innovation Chain - Copper Chemical Group is building core competitiveness by leveraging its park carrier, industrial foundation, resource endowment, and talent advantages, focusing on innovative development and green transformation [1] - The company is advancing "mining integration" with a focus on traditional industry transformation and the growth of emerging industries, including the establishment of various smart management platforms and systems [1] Group 2: Industry Chain - Copper Chemical Group has constructed three circular economy industrial chains: mining selection, sulfur-phosphorus chemicals, and fine chemicals, achieving efficient resource utilization [2] - The company is actively promoting new energy and new materials industries, including a 5.75 MW peak distributed photovoltaic project in partnership with Anhui Conch New Energy Co., Ltd [2] Group 3: Talent Chain - Copper Chemical Group enhances innovation by strengthening school-enterprise cooperation, establishing scholarships, and creating internship bases with several universities [2] - The company has developed a tiered and categorized talent training mechanism, focusing on building a high-skilled technical talent team through various training programs and workshops [2]