Core Viewpoint - The article highlights the advancements in solid-state battery technology by companies like Formosa Plastics Group and Taiwan's Huaneng Technology, emphasizing the safety, energy density, and performance advantages over traditional lithium-ion batteries, with a focus on commercializing these technologies by 2027 [1][4]. Company Developments - Formosa Plastics Group's subsidiary, Formosa New Intelligent Technology, has completed its pilot production line for solid-state batteries, aiming for mass production by 2027 and plans to establish two more pilot lines in the second half of the year [1]. - The solid-state battery project at Formosa originated from a collaboration with Ming Chi University of Technology, resulting in 19 patents [3]. - Huaneng Technology announced its solid-state battery production line in Taoyuan last year, with an initial capacity of 0.5 GWh, scalable to 2 GWh, featuring rapid charging and high efficiency even in extreme temperatures [4]. Safety and Testing - The pilot production line at Formosa has met international safety standards, with future tests planned for overcharging, short-circuiting, impact, and extreme conditions to validate the battery's safety performance [2]. Industry Events - The Fourth Solid-State Battery Conference and Silicon-Based Anode Industry Innovation Conference will take place from July 3-5 in Ningbo, focusing on industry chain upgrades and accelerating commercialization [5].

Core Viewpoint - Daon Co., Ltd. has completed the acquisition of 100% equity in Anhui Bost New Materials Co., Ltd., which will become a wholly-owned subsidiary and included in the consolidated financial statements [1][2]. Group 1: Company Overview - Anhui Bost was established on September 9, 2020, with a registered capital of 20 million yuan. The company focuses on polymer new materials, thermoplastic elastomers, and biodegradable plastics. In 2023, it reported revenue of 172 million yuan and a net profit of 3.3 million yuan, while for January to November 2024, it projected revenue of 157 million yuan and a net profit of 3.37 million yuan [2]. Group 2: Market Insights - The acquisition allows Daon to deepen its involvement in the cable new materials sector, particularly in electric vehicles and submarine cables, creating synergies with existing businesses such as high-filled PP material research. The company anticipates significant future demand for cable materials [3]. - The electric cable product market is essential for an electrified and information-driven society, especially with the rapid development of new energy and high-end equipment manufacturing. The market outlook is promising, with the power cable industry in China reaching approximately 1,301.76 billion yuan in 2023, a year-on-year increase of 7%. The estimated market size for 2024 is 1,351.23 billion yuan [3]. - The domestic electric cable industry is highly competitive, with a fragmented market share. Most companies are small and concentrated in the medium and low voltage cable sectors, primarily located in eastern coastal regions such as Hebei, Guangdong, Zhejiang, and Shandong. Major players in high-end special cables, such as ultra-high voltage power cables, include both domestic and foreign enterprises [3][4]. Group 3: Material Requirements - The construction of a new power system is driving increased performance requirements for cable materials, including pressure resistance, high-temperature resistance, wear resistance, oil resistance, climate resistance, flame retardancy, environmental friendliness, ultra-thinness, flexibility, and rodent and termite resistance. The material system is evolving to include specialized PVC, PE, XLPE, halogen-free low-smoke polyolefins, PP materials, special rubber, and thermoplastic elastomers [4]. - The total annual usage of polymer materials for cables in China exceeds 4 million tons, with most materials now domestically produced. However, certain high-end materials, such as ultra-clean insulation materials for high-voltage cables and specialized elastomer materials, still rely heavily on imports [6].

Core Viewpoint - BMW Group is expanding its use of natural fiber composite materials technology to mass production vehicles after successful applications in racing, aiming to reduce carbon emissions and enhance recyclability [1][5]. Group 1: Material Development - The lightweight material, based on flax, was developed in collaboration with Swiss technology company Bcomp, achieving mass production maturity after years of research and testing [3][7]. - The new natural fiber composite material can replace carbon fiber composites in components like the roof of the new BMW M3, reducing carbon emissions during production by approximately 40% and improving end-of-life recyclability [3][5]. Group 2: Collaboration and Innovation - The partnership with Bcomp supports BMW's goal of lowering carbon emissions across the entire lifecycle of future models, with BMW i Ventures holding shares in Bcomp [5][8]. - Bcomp's innovative technologies, such as ampliTex™ and powerRibs™, were first tested in the BMW iFE.20 racing car, demonstrating the material's performance in high-stakes environments [7][8]. Group 3: Future Applications - The BMW M4 GT4, equipped with natural fiber composite materials, is set to compete in the Nürburgring 24-hour endurance race, showcasing the material's capabilities in extreme conditions [7][8]. - The CEO of BMW M, Franciscus van Meel, emphasized that natural fiber reinforced composites are key to lightweight innovations in motorsport, aligning with BMW's brand philosophy of performance [7].

Core Viewpoint - Zhejiang Xinhengtai New Materials Co., Ltd. has received approval for its IPO application on the Beijing Stock Exchange, aiming to raise 380 million yuan for various projects including the production of micro-porous foamed materials and technological upgrades [1][2]. Funding and Projects - The company plans to use the raised funds for a project with an annual production capacity of 50,000 cubic meters of micro-porous foamed materials, a technological upgrade of the IXPE production line, the establishment of a research and development center, and to supplement working capital [2][6]. - The total investment for the micro-porous foamed materials project is 242.32 million yuan, with a construction period of 24 months [2][6]. Market Potential and Applications - The micro-porous foamed materials, particularly MPP (foamed polypropylene), have gained significant attention since 2022 due to their innovative applications in various industries, including new energy battery cells, 5G communication, and more [2][3]. - The company has established a strong market presence, with its products widely used by renowned brands such as CATL, BYD, and Huawei [3][10]. Financial Performance - The company's revenue from 2022 to 2024 is projected to grow from 530 million yuan to 774 million yuan, with net profits of 45 million yuan, 101 million yuan, and 91.76 million yuan respectively [10]. - The gross profit margins for MPP products are expected to decline from 53.27% in 2022 to 37.64% in 2024 [3][10]. Product Segmentation - The sales revenue composition shows a declining trend for PE Foam, while IXPE and MPP sales are on the rise, indicating a shift in product focus [11]. - The production capacity utilization rates for MPP products are projected to reach 100.89% in 2024, reflecting strong demand [12][14]. Competitive Landscape - The company competes with notable global players in the foamed materials market, including Sealed Air, Armacell, and BASF, which highlights the competitive nature of the industry [3][7]. - The company is recognized as a national-level specialized and innovative "little giant" enterprise, indicating its strong position in the market [6].

国轩高科股份有限公司 高级工程师、经理王辉将参加由 DT新材料 主办的 2025第四届固态电池大 会暨硅基负极产业创新大会 （ 7月3-5日 浙江宁波 ），欢迎现场交流。 欢迎扫码报名 【DT新材料】 获悉，6月18日， 国轩高科 与 亿航智能 达成战略合作，双方将在前期合作的基础上， 进一 步聚焦亿航智能旗舰产品EH216系列无人驾驶电动垂直起降航空器（eVTOL）的动力系统升级，并规划未来 多机型领域深化协作，以尖端能源科技赋能低空经济产业生态 。 据悉，在 2023年12月，国轩高科就曾与亿航智能已签署战略协议，约定共同开发eVTOL动力电芯、电池包 及充电基础设施。 此次明确采用46系列圆柱电芯， 搭载新型电池的EH216系列航空器将实现显著的性能提升， 标志着合作进 入产品落地阶段。 国轩高科本次定制的46系列圆柱电芯具备显著性能优势： 能量密度达310Wh/kg，常温下18分钟可快充至 80%电量，且通过UN38.3极限安全测试，确保无热扩散风险 。专为eVTOL的"三高一快"（高安全、高能量 密度、高放电倍率、快充）需求设计，其中放电倍率直接决定飞行器能否顺利起飞，能量密度则影响航程 距离。 技 ...

以下文章来源于佳华精化 ，作者佳华精化 佳华精化 . 佳华精化凭借在塑料添加剂行业的丰富研发及应用经验，旨在成为中国最具活力的塑料添加剂供应商。 2025年6月20日，由佳华精化—北京化工大学联合成立的绍兴佳北新材料有限责任公司开业典礼圆满 成功！我们满怀喜悦，携手并肩，共同开启崭新篇章！ 打造技术转化新标杆 校企联动 绍兴佳北新材料有限责任公司由浙江佳华精化股份有限公司与北京化工大学联合成立 ，公司聚焦于 无卤阻燃新材料的研究与开发。 佳北新材料的成立不仅能够加速佳华精化阻燃产品的更新换代和技 术升级，也为高校科研成果的转化提供了实践平台。北京化工大学也将通过佳北新材料，将多年积 累的科研成果进行市场化应用，实现科研价值最大化。 见证全新起航 共话合作愿景 仪式开始前，我们带领各位嘉宾参观了佳华精化企业文化，通过近距离探访，深入感受佳华精化独特 的文化底蕴。 安全 从每一件小事做起 日 行 / 1 7 00 15 Clop BEIJING UNIVERSITY OF CHEMICAL TECHNOLOGY 佳华精化 兴佳北新 (量) 北京化2大学 ICIVO #99 (国) 北京化2 ICIVO shem ...

报告介绍 DT新能源特邀请 Syensqo（世索科）绿氢平台中国区大客户经理 胡君 于 2025年7月10-11日 在江苏 苏州举办的 2025（第五届）可再生能源制氢产业发展论坛 做主题报告 《 Aquivion 短支链离聚物在 绿氢行业中的应用 》 。 Syensqo是原索尔维集团于2023年12月拆分后成立的特种化学企业。 Syensqo绿氢平台材料解决方案 涵盖储能、制氢、储氢输氢以及用氢等全产业链。 得益于Aquivion PFSA 等产品的优异特性，Syensqo在中国乃至全球的绿氢市场扮演重要角色，为绿 氢行业提供更高效，更经济，更安全的材料解决方案。 嘉宾介绍 胡君，Syensqo绿氢平台中国区大客户经理。 2013年至今，历任Syensqo大中华区及东 南亚技术工程师，技术经理，绿氢平台大客户经理等职位，对水处理膜，血液透析膜， 锂电池，防腐的技术，绿色氢能等材料解决方案拥有十余年从业经验。 目前工作主要内容是发起或支持绿氢应用相关新产品、新应用及响应客户需求或市场需 求。 公司介绍 Syensqo是原索尔维集团于2023年12月拆分后成立的特种化学企业。企业以科技为本， 致力于开发突破性的 ...

【DT新材料】 获悉，近日， 广西恒逸新材料 120万吨/年己内酰胺——聚酰胺产业一体化及配套项目环己酮装置顺利中交。 该项目坐落于广西钦州石化产业园， 作为全球采用气相重排技术的最大规模工业装置， 具备绿色低碳、清洁高效等显著特征。项目建成后将实现 120万吨/年环己酮产能转化，生产高端尼龙新材料。 1. 尼龙无卤阻燃剂的分类、定义、优势2. 尼龙无卤阻燃剂的使用建议(加工 温度、助剂选择、螺杆分散等）3. 交流互动及答疑 赵国栋 广州市寅源新材料股份有限公司总经理 16:30 低场核磁技术 -- 高分子材料检测与表征的新选择 17:00 1. 国际知名材料企业的生产质控案例分享 2. 交流互动及答疑 刘佳骏 苏州纽迈分析仪器股份有限公司产品经理 17:00 尼龙材料抗老化系统解决方案:热老化与光老化 18:00 1. 尼龙材料的热老化与光老化机理 2. 尼龙材料的聚合、加工、制品过程 中热老化与光老化挑战 3. 尼龙材料的抗老化系统解决方案:热老化 4. 尼龙材料的抗老化系统解决方案:光老化 5. 交流互动及答疑 海 er 天津利安隆新材料股份有限公司应用技术总监 18:00 交流晚宴 20:00 7月5 ...

Core Viewpoint - The company, Lingyi Zhi Zao, is adjusting its fundraising projects, increasing the investment in the carbon fiber project and introducing a new humanoid robot project, indicating a strategic shift towards advanced materials and robotics [1][2]. Group 1: Carbon Fiber Project - The investment for the carbon fiber and heat dissipation precision components project has been increased from 266 million to 743 million yuan, focusing on the development and production of carbon fiber components for foldable smartphones [1]. - The project aims to enhance the hinge structure to reduce crease impact and extend the lifespan of foldable devices, with an expected annual production capacity of 6.889 million carbon fiber components by 2025 [1]. Group 2: Humanoid Robot Project - A new humanoid robot project has a planned investment of 137 million yuan, with 50 million yuan sourced from the fundraising, and aims to address key technological bottlenecks in thermal management for practical and commercial applications [2][3]. - The project will focus on the research and development of critical components such as structural parts, joint modules, and complete systems, enhancing the company's capabilities in the robotics industry [3].

Core Viewpoint - The article highlights the rapid transformation of traditional ceramic manufacturing through 3D printing technology, emphasizing its unique advantages in producing complex ceramic components and the impending industrialization of precision ceramic 3D printing [1][3]. Market Overview - The global ceramic 3D printing market is projected to exceed $900 million (approximately 7.2 billion RMB) by 2032, driven by growth in sectors such as semiconductor precision devices, aerospace thermal components, and personalized medical implants [1]. Company Profile - Bosch Advanced Ceramics, established in 2016, is a leading player in the ceramic 3D printing technology sector, leveraging Bosch Group's extensive ceramic manufacturing experience to provide specialized consulting and printing services across various industries [1][3]. Production Capabilities - Bosch Advanced Ceramics has successfully transitioned ceramic additive manufacturing to large-scale production, setting new industry benchmarks and demonstrating the advantages of 3D printing technology in complex ceramic component manufacturing [3]. - The company utilizes LCM additive manufacturing equipment to produce high-precision ceramic components, achieving a wall thickness of 90 microns and a production target of 50,000 components annually after initially meeting a target of 20,000 components within six months [2]. Upcoming Events - 聂品旭, the project leader at Bosch Advanced Ceramics, will present on "Trends in 3D Ceramic Printing and Applications in Precision Manufacturing" at the 2025 (4th) Polymer 3D Printing Materials Summit, scheduled for July 18-20, 2025, in Hangzhou, Zhejiang [1][5].