先进电池与能源材料展 2026年6月10-12日 上海新国际博览中心（N3馆） 展会介绍 伴随着全球产业升级与国家可持续发展布局的全面深化， 先进电池行业已成为推动能源革命、构建新型能源体系的核心支撑 ，更是关乎国家未来产业布局、筑牢 核心竞争力的关键赛道。 先进电池正以前所未有的广度与深度渗透经济社会发展各领域，成为赋能千行百业、驱动绿色低碳转型、助力国家碳中和战略实现的核心动力源。 立足先进电池产业核心战略价值与发展刚需 ， 2026未来产业新材料博览会（FINE2026） 特设 先进电池 与能源材料展（ N3馆 ） ， 聚焦 固态电池、钠离子电池、 液流电池、超级电热器、燃料电池等前沿技术突破与 核心材料创新 ，全面覆盖智能机器人、 eVTOL低空经济、 新能源汽车、 数据中心储能 等前沿应用方向 ，精 准链接上下游产业链资源，高效搭建技术创新、成果转化、供需对接、合作共赢的专业平台，助力打通技术研发到产业落地的关键链路， 助力先进电池产业生态协 同发展。 在此 我们诚邀先进电池行业各界精英齐聚 电池 盛会，共赴产业之约，共襄产业盛典，共绘产业发展新蓝图 。 展品范围 FINE2026 先进电池与能源材 ...

第第第第第⼋⼋⼋⼋⼋届届届届届进进进进进博博博博博会会会会会 帝帝帝帝帝⼈⼈⼈⼈⼈集集集集集团团团团团展展展展展台台台台台 技技技技技术术术术术演演演演演讲讲讲讲讲会会会会会专专专专专题题题题题VVVVVooooolllll..... 帝⼈碳纤维事业部 部⻓ 朱剑林 先⽣ 请咨询我们 若您对我们的产品感兴趣，或者想要了解更多产品及服务相关的信息，欢迎咨询我们的微信客服， 具体⽅法如下。 关于帝人集团 帝⼈（Teijin）成⽴于1918年，总部设⽴在⽇本东京和⼤阪。经过107年的发展，公司主要经营领域包括复 合成形材料、芳纶纤维、碳纤维、树脂等材料业务，以及医药医疗业务。集团在全球拥有150家⼦公司以及 约20,000名员⼯。帝⼈集团将"Pioneering solutions together for a healthy planet"作为企业存在 的意义，致⼒于保护全球环境和满⾜⼈们和地区的需求，成为"推动未来社会发展的企业"。 帝⼈碳纤维事业部 致⼒于成为全球领先的可持续碳纤维解决⽅案供应商，产品线涵盖Tenax™系列⾼ 性能碳纤维（含⻓丝、短纤维）、热可塑性预浸料（TPUD单向⽚、TPCL加固层压板、T ...

| 800+ | 200+ | 30+ | 50,000 | | --- | --- | --- | --- | | 企业参展 | 科研院所 | 主题论坛 | 展览面积 | 【DT新材料】 获 悉 ， 1月15日，全球最大的芯片代工制造商 台积电 公司公布第四季度财报。 财报显示，在人工智能芯片强劲需求的推动下，台积电第四季度利润增长了35%，超出预期并创下新高，并且这是台积电连续第八个季度实现利润同比增长。 展望2026年，台积电预计，2026年资本支出520亿美元至560亿美元，而公司2025年资本支出总计409亿美元。2026年以美元计的销售额将增长近30%，增长将由包 括智能手机、HPC、IOT和汽车在内的所有增长平台共同驱动。 不过，与智能手机和个人电脑等消费电子产品相关的芯片需求可能会受到当前内存短缺和价格上 涨的影响。 | Selected Items from Statements of Comprehensive Income | | | | | | | | --- | --- | --- | --- | --- | --- | --- | | | 4Q25 | 4Q25 | 3Q25 | ...

Core Viewpoint - The development of new energy vehicles (NEVs) is a significant strategic decision by the central government, essential for building a modern industrial system in China. The industry has shown remarkable growth, with the market size increasing 3.6 times over the past year, and China becoming the world's largest automobile exporter [3]. Group 1: Industry Development - The meeting emphasized that 2026 marks the beginning of the "14th Five-Year Plan," presenting a crucial opportunity for the intelligent and connected NEV industry. A problem-oriented approach and enhanced collaboration are necessary for high-quality industry development [4]. - The industry has achieved significant milestones, including a 30% reduction in the cost of power batteries, a 40% increase in battery lifespan, and a more than threefold improvement in charging speed [3]. Group 2: Strategic Initiatives - The first initiative is to prepare a comprehensive plan that aligns with energy and infrastructure planning, setting clear development goals and key tasks to guide innovation in the industry [5]. - The second initiative focuses on enhancing the self-sufficiency of the supply chain, implementing a new round of high-quality development actions for key industries, and accelerating breakthroughs in technologies such as all-solid-state batteries and advanced autonomous driving [6]. - The third initiative aims to expand automobile consumption, promote vehicle trade-in programs, and deepen reforms in NEV insurance to stimulate diverse consumer potential [7]. - The fourth initiative is to standardize industry competition, strengthen cost investigations and price monitoring, and enhance quality checks to guide industry self-regulation [8]. - The fifth initiative involves strengthening international cooperation in trade, investment, and technology, promoting integrated development of domestic and foreign trade, and ensuring safe overseas expansion for enterprises [9].

当新质 生产力成为高质量发展的关键引擎，当青年科技人才在创新发展中的生力军作用愈发凸显， 如何发现青年之智？如何点燃创新之力？ DT新材料旗下生物基和生物制造产业科技服务平台， 是行业最重要 的资源和信息枢纽之一 。至今 为止，我们在生物基大会、非粮生物质论坛、合成生物学与绿色生物制造论坛、材视等多场主创活动 上举办多届青年主题论坛，已有 500+位 创新青年科学家线上线下分享前沿科技与进展，并促进产 业、投资和科研等多方交流、关注与对接。 关键词 | 生物基大会 |青年科学家论坛 2026年5月2 0-22 日 ， 2026（ 第11届）生物基大会暨展览 （简称：Bio-based 2026）将于 上海举办，同期将举办 " 第5届生 物基前沿科技 青年科学家论坛 （ Bio-based Youngs 2026 ） "。 这个论坛的使命非常简单： 让生物基青年科学家被看见 。 你可能刚拿到博士学位不久，手里有几篇不错的SCI论文，也申请了几个专利，但总感觉这些成果只 是躺在数据库里。 或者你已经是副教授，正在为下一个国自然项目发愁，想知道除了论文之外还有什么路径能证明自己 的价值。 你可能会有两个问题： 第一 ...

Core Viewpoint - The article discusses the investment by Sinopec Yizheng Chemical Fiber Co., Ltd. in a project to develop a green bio-based PO3G-PTT high-performance elastomer, highlighting the significance of bio-based materials in the chemical industry and their potential for sustainable development [1][2]. Project Overview - Project Name: Green Bio-based PO3G Preparation and PO3G-PTT High-Performance Elastomer Product Development Project - Industry Category: C2651 Primary Form Plastics and Synthetic Resins Manufacturing - Project Nature: Reconstruction - Total Investment: 47.378 million yuan, with 1.47 million yuan allocated for environmental protection, accounting for 3.1% of the total investment - Construction Area: 350 square meters - Construction Period: 12 months - Production Capacity: 5,000 tons per year [2][3]. Technical Innovations - The project introduces bio-based PO3G (polytrimethylene ether glycol) as a key raw material, which is derived from plant fermentation and can replace petroleum-based polyols [3][4]. - Innovations include: 1. Controlled preparation of bio-based monomers, ensuring quality impacts polymer performance 2. Copolyester molecular structure design to enhance material properties 3. Flexible production processes to meet diverse market demands [8]. Competitive Advantages - Yizheng Chemical Fiber has a robust production capacity, including 3 million tons of PTA and 3.1 million tons of polyester per year, which supports the integration of the bio-based PTT material route [9][10]. - The strategic layout includes a complete industrial chain from PX-PTA-PET/PTT, enhancing competitiveness and ensuring raw material supply for bio-based PTT production [11]. - The project aims to extend the polyester industry chain and develop high-value-added products, contributing to the company's transformation and upgrade strategy [11].

Core Viewpoint - The year 2025 is pivotal for the global nylon industry, with China achieving explosive capacity growth through breakthroughs in adiponitrile technology, planning to build over 8 million tons of capacity with a total investment of 170 billion yuan, positioning itself as a core force in driving global industrial transformation [1] Group 1: Market Performance and Innovations - China's market performance is outstanding, with companies like China Pingmei Shenma Group achieving significant breakthroughs in adiponitrile production technology and successful industrialization [1] - The price of related products has dramatically decreased from 80,000 yuan per ton to 20,000 yuan per ton due to the full production of Tianchen Qixiang's 200,000 tons/year adiponitrile facility [1] - BASF has initiated the world's first commercial recycling polyamide 6 plant in Shanghai and invested 1 billion euros in a 500,000 tons/year PA66 integrated project in Zhanjiang [1] Group 2: Key Projects and Capacity Expansion - Multiple landmark projects in China's nylon industry are set to launch in 2025, including: - Longhua New Materials' 100,000 tons/year nylon 66 project, with phase one completed [2] - Shanghai Jieda's nylon integration project phase one completed with a total investment of 1.5 billion yuan [3] - China Pingmei Shenma Group's 100,000 tons/year AS installation launched, marking a historic shift in nylon 66 raw material production [4] - Tangshan Zhonghao's 40,000 tons/year nylon 66 facility completed, enhancing domestic capacity [5] - New capacity projects from various companies, including a 2,500 tons/year special nylon 66 filament line by Jihua 3542 Textile [6] and a 260,000 tons/year hexamethylenediamine facility by BASF in France [7] Group 3: Project Adjustments and Closures - Ube Industries announced the closure of its nylon and caprolactam production lines as part of a business restructuring [16] - Ascend Performance Materials is closing its hexamethylenediamine plant in Lianyungang, China, due to market dynamics and regulatory changes [17] - Ascend also announced the closure of its Greenwood, USA facility and initiated bankruptcy restructuring due to reduced raw material cost advantages [18] - Other companies, including Invista and Ube Industries, are also adjusting their production capacities in response to market conditions [21][20]

Core Viewpoint - The photovoltaic industry is experiencing a positive trend with rising component prices, yet the secondary market remains stagnant. However, JunDa Co., a leading photovoltaic battery manufacturer, has gained significant attention due to its early investment in a domestic satellite battery producer, Shangyi Optoelectronics, coinciding with the booming "commercial space" concept [2]. Group 1 - JunDa Co. plans to invest 30 million yuan to acquire a 16.67% stake in Shanghai Xingyi Chip Technology Co., which focuses on high-end materials like polyimide, further expanding into the trillion-yuan commercial space sector [3]. - The strategic shift from ground photovoltaic to space photovoltaic is underway, with a focus on developing CPI films and products that combine CPI films with crystalline silicon batteries, leveraging both companies' strengths in photovoltaic industrialization and space applications [4]. Group 2 - China has submitted applications for 203,000 new satellites, marking the largest international frequency application action to date. By the end of 2025, approximately 800 commercial satellites are expected to be in orbit, with 303 of them launched in 2025 [5]. - The demand for low Earth orbit (LEO) satellites is surging, with major projects planning to deploy nearly 28,000 satellites between 2024 and 2035 [5][7]. Group 3 - Solar energy is the only viable primary energy source in near-Earth orbit, but space photovoltaic technology faces unique challenges such as extreme temperatures and radiation. Current mainstream technologies like gallium arsenide batteries are expensive, while P-type HJT batteries are gaining traction for short-term missions [8]. - The market for space photovoltaic components is projected to reach approximately 29.5 billion yuan by 2030, driven by the need for lightweight, high-transparency, and extreme environment-resistant flexible packaging materials [8]. Group 4 - CPI films are identified as a core component for space photovoltaics, offering high transparency (90%-95%), lightweight properties (one-fifth to one-sixth the density of glass), and excellent durability under extreme temperatures [10]. - The estimated demand for CPI films is around 7.2 million square meters, assuming each square meter of space photovoltaic components requires 1.2 square meters of CPI film [10]. Group 5 - The global high-end CPI production capacity is currently very tight, with the actual usable capacity for space-grade CPI being even scarcer due to higher purity and stability requirements. As the global low Earth orbit constellation scale approaches 500,000 satellites, the market for CPI films is expected to expand significantly [12].

Core Viewpoint - Honeycomb Energy has unveiled its complete technical roadmap and mass production plan for semi-solid-state batteries, showcasing advancements in solid electrolyte preparation and high-entropy cathode materials during its sixth Battery Day event [1]. Manufacturing Process - Honeycomb Energy has pioneered the "solid electrolyte transfer technology," which consists of electrolyte membrane transfer and gradient hot-pressing processes. This technology allows solid electrolyte coatings to cover electrode sheets and is compatible with existing liquid battery production lines, thus controlling manufacturing costs and lowering mass production thresholds [2]. - The semi-solid-state architecture has improved the self-heating temperature (T1) of the battery cells by 8°C and the thermal runaway initiation temperature (T2) by 5°C, increasing the safety buffer time by 10%. This technology reduces the probability of thermal runaway by 25% and stabilizes the thermal runaway process even under extreme conditions, leading to a 20% reduction in overall system protection costs [2]. Material Improvements - The introduction of solid coatings effectively cuts off micro-short circuit paths between the anode and cathode, significantly resisting foreign object punctures and microscopic defects in the separator. Market statistics indicate that this improvement has reduced the pressure difference defect rate by 18.5%, mitigating range degradation issues caused by pressure differences [3]. - Honeycomb Energy has made progress in "multi-element synergistic high-entropy cathode materials," enhancing thermal stability by increasing the DSC exothermic peak by 5°C through low-cost fast ion conductor in-situ coating technology. Additionally, high-entropy doping technology with multiple high-valent transition metal elements has improved high-temperature cycle life by 20% [4]. - In the anode material sector, Honeycomb Energy has introduced "interface-controlled anode composite" technology. The three-dimensional silicon-carbon precursor carbon doping technology has improved electronic conductivity by 20% and reduced material expansion by 20%. Surface modification technology for graphite has significantly increased the lithium-ion diffusion coefficient by 50%, further reducing material expansion by 5% [5]. - The company has developed "ultra-high lithium flux electrolyte technology," which employs weak coordination/small molecule composite solvents, resulting in an 18% reduction in electrolyte viscosity and a 15% improvement in cell charging capability. Additionally, a dynamic self-adaptive passivation film has successfully increased cell cycle life by 15% and reduced gas generation by 40% [6]. Product Development and Mass Production - Honeycomb Energy has planned three generations of semi-solid-state batteries: - The first generation, a high-nickel semi-solid-state battery, has completed development and achieved small-scale production with an energy density of 270 Wh/kg, already used in a European passenger car brand [7]. - The second generation, also a high-nickel semi-solid-state battery, has an energy density of 342 Wh/kg and is aimed at the low-altitude aircraft sector, having completed installation test flights [7]. - The medium-nickel semi-solid-state battery, targeting the mid-to-high-end passenger car market, has an energy density of 245 Wh/kg and is scheduled for mass production in October 2026 [7]. - Additionally, Honeycomb Energy has introduced the Longscale Armor 3.0 technology, which achieves thermal-electric separation based on square battery shapes, compatible with CTC (Cell to Chassis) and CTB (Cell to Body) integration designs. The integrated semi-solid-state technology is planned for initial customer platform deployment and mass production delivery in the first quarter of 2027 [8].

Group 1 - The core viewpoint of the article highlights that by 2025, China's automotive production and sales are projected to reach 34.53 million and 34.40 million units respectively, marking a year-on-year growth of 10.4% and 9.4%, thus achieving a historical high and maintaining the position as the world's largest automotive market for 17 consecutive years [1] - The new energy vehicle (NEV) sector is expected to see production and sales exceeding 16 million units, with domestic new car sales accounting for over 50%, solidifying its status as the dominant force in China's automotive market [1] - In terms of exports, the automotive sector shows strong resilience, with over 7 million vehicles exported, and NEV exports reaching 2.615 million units, which is a 100% year-on-year increase [1] Group 2 - The article notes that by 2025, the market share of Chinese brand passenger vehicles is expected to approach 70%, an increase of 4.3 percentage points compared to the previous year, driven by favorable policies and abundant supply [2] - The "Two New" policies are anticipated to enhance market demand, with a stable transition into 2026, supported by initiatives aimed at promoting green consumption and accelerating the transformation of development and consumption models [2] - The Chinese automotive industry is projected to continue its high-quality development trajectory, maintaining stable market operations through 2026 [2]