一代材料，一代产业，风起云涌的工程塑料行业，需要榜样的力量！"2025中国国际工程塑料产业创新评选--新 塑奖"活动，以"创新塑造未来"为主 题，专注于挖掘工程塑料 新材料、新工艺、新设备 等产业创新点。评选设有 "创新材料奖"、"创新工艺改进奖"、"创新行业解决方案奖" 三大奖 项，旨在宣传行业内的优秀企业，传递企业创新的点滴信息，表彰工程型料行业的佼佼者，以此推动整个工程型料行业乃致整个塑料行业的发展。 扫码了解＆报名 现将本届参评企业宣传如下，欢迎感兴趣的朋友咨询了解： 1 无PFAS阻燃PC/ABS 随着全球在逐步加强对于含氟聚合物的使用监管，采用不含PFAS的材料将成为未来行业发展新趋势。因此，LG化学开发出环保阻燃材料_无PFAS 阻 燃PC/ABS，并已获得美国UL94阻燃测试V-0级认证。目前，LG化学在工程塑料领域可提供无PFAS PC、PBT、PA6/PA66以及mPPO等多种产品组 合。 2025新塑奖火热报名中...... 3 无PFAS阻燃材料将主要应用于电子设备、汽车充电系统和建筑材料等各领域。 4 LG化学 2 LG化学开发的采用再生塑料制成的无PFAS阻燃PC/ABS材料获得了 ...

Core Viewpoint - The collaboration between Zhongke Guosheng and Taihe New Materials focuses on the joint development of bio-based aramid fibers, aiming to enhance technological innovation and market application in the high-performance fiber sector [1][2][3]. Group 1: Company Overview - Taihe New Materials is a pioneer in the industrialization of meta-aramid, para-aramid, and spandex, establishing its leading position in the global high-performance fiber market through a full industry chain layout [3]. - The company is accelerating the development of high-strength para-aramid preparation technology and bio-based aramid fibers, driving a strategic transformation from "traditional upgrading" to "green leap" through technological innovation [3]. Group 2: Collaboration Details - The meeting between Zhongke Guosheng and Taihe New Materials involved in-depth discussions on joint technology development, market pathways, and future strategic cooperation regarding bio-based aramid fibers [2]. - Zhongke Guosheng specializes in the research and application of furan bio-based materials, successfully promoting the industrial application of furan-2,5-dicarboxylic acid (FDCA) across various fields [3]. - The jointly developed furan bio-based aramid project has entered the stage of large-scale verification, showcasing superior comprehensive performance compared to petroleum-based aramid fibers [3]. Group 3: Future Directions - Zhongke Guosheng's president, Zhang Yu, emphasized the commitment to advancing the collaborative research, process scaling, and market implementation of high-performance bio-based aramid fibers with Taihe New Materials, aiming to build a future-oriented value chain for furan bio-based materials [4].

Core Viewpoint - The collaboration between ExxonMobil and Guangdong Dongjie New Materials Co., Ltd. aims to leverage their respective strengths in brand influence and local experience to develop automotive components using cyclic olefin resin and composite materials [1][2]. Group 1: Company Overview - Guangdong Dongjie New Materials Co., Ltd. was established on September 1, 2022, focusing on the research and production of new material technologies, primarily in chemical raw materials and products [2]. - The company has invested in two enterprises, including Jinrui Resin (Zhuhai) Co., Ltd. and Zhuhai Dongjie Technology Co., Ltd., with a 100% investment ratio in both [3]. Group 2: Project Details - The first benchmark project of the collaboration is a 100,000 tons/year cyclic olefin resin project, with a total investment of 1 billion yuan, expected to be completed and operational by the end of September this year [2]. - The project aims to enhance the competitiveness of the company in the global high-end resin market and promote the growth of the new materials industry cluster in Zhuhai [2].

Group 1 - The core viewpoint of the article highlights the successful acquisition of four permits for the Zhejiang Wanlong carbon fiber material project, which is set to accelerate its launch [1] - The project covers an area of approximately 180 acres with a total investment of 1.08 billion yuan, focusing on the research, production, and sales of high-performance carbon fiber and composite materials [1][3] - Upon reaching full production capacity, the project is expected to generate an annual output value of 1.5 billion yuan and stimulate the upstream and downstream enterprises in the Tongxiang new materials sector, injecting new vitality into the trillion-yuan new materials industry cluster [1] Group 2 - Zhejiang Wanlong Carbon Fiber New Materials Co., Ltd. is a joint investment between Zhejiang Wanli Carbon Fiber Intelligent Equipment Co., Ltd. and Tongxiang Minglong Group, combining resources to focus on high-performance carbon fiber and composite materials [3] - Wanli Carbon Fiber is recognized as a leading manufacturer of carbon fiber equipment in China, covering the entire process from precursor to finished product, while Minglong Group has strong industrialization capabilities in the chemical fiber new materials sector [3]

甬江实验室 特聘研究员 苏瑞涛 将出席 2025（第四届）高分子3D打印材料高峰论坛 （7月18-20 日 | 浙江 · 杭州），并分享 "功能材料与器件的 3D 打印" 。 高精度3D打印技术（如双光子聚合、电流体动力喷印和计算轴向光刻）可制造特征尺寸低至 100纳 米 的复杂结构。 近年来，关于 3D打印微流控器件 的研究和进展越来越来。许多研究人员采用了3D打印技术作为制 造微流控芯片的技术手段，3D打印技术为微流控芯片制备的标准化和批量生产提供了广阔的前景。 由于3D打印具有快速反馈和3D几何图形的自由成型的能力，这为微流控芯片的生产提供了很好的支 撑，并带来微流控芯片的类型和尺寸等方面的创新。除此之外，在3D打印机精密控制、新材料开发 和高分辨率打印等方面改进可以制作更小更复杂的3D打印微流控系统，从而带来微流控芯片制造方 法的变革。 微流控芯片制造技术从半导体微纳制造技术衍生而来。微流控芯片具有 功耗低、自动化程度高、分 析速度快、样本量小、批量制造、多通道分析一体化 等优点，该技术可以大大提高实验效率，减少 材料消耗，节省时间和金钱成本。 近年，甬江实验室的 苏瑞涛研究员 在其综述中详细地介绍了 ...

Core Viewpoint - The article promotes the upcoming advanced training course on "Nylon Modification and High-Performance Processing Technology," emphasizing the importance of addressing production challenges in high-temperature nylon, performance additives, modification processing technology, innovative formulation design, screw combination design, and application development [2]. Group 1: Event Details - The training will take place at Yongjiang Laboratory, Ningbo, on July 4-5, 2025 [3]. - Registration will occur on July 4, 2025, from 8:00 to 9:00 AM, with the event starting at 9:00 AM [4]. - Participants will receive conference materials, including a badge, meal vouchers, and other items upon registration [5]. Group 2: Transportation and Accommodation - The venue is accessible via various transportation methods, including driving, taxi, and public transport, with specific distances and estimated travel times provided [4][6][7]. - A list of nearby hotels with negotiated rates for participants is available, including details on room types and prices [8]. Group 3: Training Agenda - The training agenda includes sessions on high-temperature nylon resin characteristics, the impact of various additives on glass fiber-reinforced nylon, and the application of high-performance glass fibers in nylon composites [9][11]. - Interactive sessions will be incorporated into the training, allowing participants to discuss real-world technical issues and case studies [15]. - The training will cover topics such as nylon material development, processing challenges, and innovative application scenarios [12].

Core Viewpoint - The article discusses the approval of an environmental impact assessment for a 1GWh three-dimensional solid-state lithium battery project in Longyan City, highlighting the project's significance in the battery industry and its potential for future growth [1]. Group 1: Project Details - The project is located in Longyan High-tech Zone, covering an area of 27,675 square meters, and includes the construction of a standardized factory, office building, raw material warehouse, product warehouse, and supporting environmental engineering [1]. - The production line will utilize various raw materials such as lithium iron phosphate, NMP, PVDF, and others to manufacture 1GWh of three-dimensional solid-state lithium batteries [1]. Group 2: Company Background - The project is developed by Sanwei (Longyan) Battery Technology Co., Ltd., a subsidiary of Sanwei (Shaanxi) Battery Technology Co., Ltd. [1]. - Recently, Sanwei (Shaanxi) Battery Technology Co., Ltd. signed an agreement for a solid-state special battery production base project in Zhangjiakou, Hebei, with a total investment of 1 billion yuan, planned to be built in two phases [1]. Group 3: Industry Events - The Fourth Solid-State Battery Conference and Silicon-Based Anode Industry Innovation Conference aims to accelerate commercialization and upgrade the industry chain [3]. - The conference will feature various sessions, including keynote speeches and technical discussions on advancements in solid-state battery technology and applications [11][13].

Core Viewpoint - Changan Automobile announced a name change of its controlling shareholder from "China Changan Automobile Group Co., Ltd." to "Chen Zhi Automobile Technology Group Co., Ltd." This change does not affect the shareholding structure or the company's governance and operations [1][2]. Group 1: Company Changes - The name change of the controlling shareholder has been officially registered and does not involve any changes in shareholding quantity or proportion [1]. - Changan Automobile's indirect controlling shareholder will change to a central enterprise formed from the split of the automotive business of the Equipment Group, pausing the merger with Dongfeng Motor Group [1][2]. - The chairman of Changan Automobile, Zhu Huarong, stated that the strategic restructuring of automotive central enterprises aims to create a globally competitive automotive group, aligning with Changan's development goals [2]. Group 2: Financial Performance - In the first quarter of 2025, Changan Automobile reported a revenue of 34.161 billion yuan, a year-on-year decrease of 7.73% [2]. - The net profit attributable to shareholders was 1.353 billion yuan, showing a year-on-year increase of 16.81% [2]. - The basic earnings per share were reported at 0.14 yuan [2].

Core Viewpoint - The article discusses the significant investments and developments in controlled nuclear fusion projects in China, highlighting the collaboration between state-owned enterprises and private companies to accelerate the commercialization of fusion energy, which is seen as a key future energy solution [4][13]. Investment and Funding - China National Petroleum Corporation (CNPC) and its subsidiary, China Oil Capital, announced a joint investment of 3.275 billion yuan in Kunlun Capital for controlled nuclear fusion projects [1]. - Last year, there was a surge in financing for controlled nuclear fusion, with notable investments including 290 million yuan from Kunlun Capital for Fusion New Energy [2][3]. Market Dynamics - Several stocks related to controlled nuclear fusion have seen significant price increases, indicating strong market interest and potential profitability in this sector [4]. - The long-term outlook for controlled nuclear fusion is positive, as it promises nearly limitless clean energy, with a much higher energy efficiency compared to nuclear fission [4]. Technological Requirements - Achieving controlled nuclear fusion requires maintaining extremely high temperatures (around 100 million degrees Celsius), sufficient plasma density, and effective energy confinement time [9][10]. - The main technological pathways include magnetic confinement (Tokamak devices) and inertial confinement [6]. Key Projects and Breakthroughs - The EAST (Experimental Advanced Superconducting Tokamak) has achieved significant milestones, including a 1066-second operation at 100 million degrees Celsius [8]. - The HL-3 device has also made breakthroughs, achieving a high confinement mode with a plasma current of one million amperes and a temperature of 100 million degrees [11]. Material and Component Innovations - Superconducting materials and high-temperature materials are crucial for the success of controlled nuclear fusion, with companies like YD Superconducting and Shanghai Superconducting leading in this area [10]. - Various companies are involved in the production of essential components for fusion reactors, including vacuum chambers, superconducting magnets, and heat shielding materials [15]. Industry Collaboration - A national-level initiative has been established to promote controlled nuclear fusion research, involving multiple state-owned enterprises and research institutions [13]. - Private companies are also making significant strides, with New Hope Group and other firms investing heavily in developing fusion technologies [13].

Group 1: PEEK Applications and Innovations - PEEK has achieved two significant application breakthroughs, being selected for high-voltage electric motors in high-end sports cars, enhancing efficiency and thermal management [1] - The combination of Ajedium™ PEEK insulation and KetaSpire® PEEK electromagnetic wire allows operation at voltages above 800 volts, improving the stator's slot fill rate and electrical output performance [1] - The introduction of the world's first PEEK composite harmonic reducer by KONGDA in collaboration with Taiwanese companies redefines lightweight components for humanoid robots [2][3] Group 2: Technical Advancements in Harmonic Reducers - The PEEK/resin composite injection molding technology reduces traditional metal components by over 50%, achieving a 61% weight reduction compared to metal versions and a 74% increase in torque-to-weight ratio [3] - The design integrates polymer composite bearings with elastic hollow rollers, optimizing volume and lifespan, with a 20% reduction in axial dimensions and a 40% weight decrease compared to traditional metal reducers [4] - PEEK's density is half that of aluminum, while its strength per unit weight is 5 to 7 times greater, indicating a superior balance between lightweight and strength [4] Group 3: Future Outlook and Market Trends - High-performance composite materials like PEEK and carbon fiber resins are expected to gradually replace traditional metal bearings in the coming years [4] - The current high price of PEEK is primarily due to limited scale production, but costs are anticipated to decrease as humanoid robots enter mass production, similar to trends observed in the new energy sector [4]