深圳市德方纳米科技股份有限公司 章程 二〇二五年六月 深圳市德方纳米科技股份有限公 司 章程 深圳市德方纳米科技股份有限公司 章程 深圳市德方纳米科技股份有限公司章程 第一章 总则 第一条 为维护公司、股东、职工和债权人的合法权益，规范公司的组织和行 为，根据《中华人民共和国公司法》（以下简称"《公司法》"）、《中华人民 共和国证券法》（以下简称"《证券法》"）、《上市公司章程指引》《深圳证 券交易所创业板股票上市规则》《深圳证券交易所上市公司自律监管指引第2号 ——创业板上市公司规范运作》和其他有关规定，制定本章程。 第二条 深圳市德方纳米科技股份有限公司（以下简称"公司"）系依照《公 司法》和其他有关规定成立的股份有限公司。 第三条 公司系在深圳市德方纳米科技有限公司依法以净资产折股进行整体 变更的基础上，以发起方式设立，并在深圳市市场监督管理局注册登记。公司持 有统一社会信用代码为91440300797999551E的《营业执照》。 公司于2019年3月29日经中国证券监督管理委员会（以下简称"中国证监会"） 批准，首次向社会公众发行人民币普通股10,690,000股，于2019年4月15日在深圳 证券 ...

Group 1 - Two companies from Jiyuan entered the top 500 Chinese enterprises, four entered the top 500 manufacturing enterprises, and three entered the top 500 private enterprises, with six companies exceeding 10 billion in revenue [1] - The comprehensive technology innovation level index of the demonstration zone ranks fifth in the province, with R&D expenditure increasing by 63.4% year-on-year, accounting for 3.44% of GDP, ranking second in the province [1][3] - Jiyuan is transforming from a traditional industrial city to a modern industrial city, leveraging technological innovation to reshape its industrial structure [1][3] Group 2 - Jiyuan's industrial base is strong, with major industrial enterprises playing a crucial role in technological innovation, leading to significant economic growth [3] - The city has implemented the "332" industry cluster cultivation project, focusing on three advantageous industry clusters: non-ferrous metals, steel deep processing, and modern chemical industries, while also developing emerging industries [3][5] - Jiyuan has become the largest green lead-zinc smelting base and silver production base in the country, with industrial enterprises' revenue exceeding 220 billion [3][5] Group 3 - Jiyuan Steel Group has successfully transformed from construction steel to industrial steel, entering the first tier of special steel enterprises in China [5] - The demonstration zone has a high coverage rate of R&D activities among industrial enterprises and has seen a doubling of high-tech enterprises and technology-based SMEs over the past three years [6] - New research institutions and partnerships have been established to enhance innovation in materials and waste resource utilization [6] Group 4 - The circular economy in Jiyuan is thriving, with significant recycling and utilization of industrial waste, contributing to a total output value of over 746 billion in the circular economy sector [8] - The city is focusing on developing new industries while upgrading traditional industries, particularly in the nanomaterials sector, which has been recognized as a strategic emerging industry cluster [10] - Jiyuan is fostering a resilient ecosystem for small and medium enterprises, with numerous specialized and innovative companies emerging [10][11] Group 5 - The city emphasizes innovation as a key driver for high-quality economic development, aiming to build a modern industrial system [13] - Jiyuan is positioned to become a modern city with robust industrial capabilities and sustainable growth, integrating traditional industrial strengths with innovative dynamics [13]

图 1. Ru powder 样品的 Ru K-edge XAFS 谱图（数据采集于安徽创谱仪器科技有限公司 TableXAFS 仪器，型号： TableXAFS-3000 ） 近年来，静态 / 动态的 XAFS 测试与实验已 逐渐 用于 阐明纳米生物材料的结构、价态、电子状态等的研 究中，所获结果加深了人们对于纳米材料与不同细胞、组织、生物流体微环境等复杂界面的相互作用规律 及其代谢行为的认识 ， 从而 为下一代更高性能的 纳米生物材料 的开发提供了坚实的理论指导和技术支 持。 一、 XAFS 技术简介 纳米生物材料 是纳米科技与生物医药材料的结合，在药物传递、含钆 (Gd)/ 含碘 (I) 造影剂、生物成像和 疾病诊断与治疗等方面都展现出巨大的应用潜力。通过对纳米生物材料的组分结构、物化性质以及与生物 系统间的相互作用等方面的全方位表征，可助力纳米生物材料结构的合理设计，同时也有利于揭示纳米材 料 - 生物系统界面上复杂的化学生物学作用机制。 二、 XAFS 技术在纳米生物材料研究中的应用案例 X射线吸收精细结构 （ XAFS ） 技术被广泛视作解析纳米材料结构的"神兵利器"。如图 1 所示， XAFS ...

Investment Rating - The report does not explicitly provide an investment rating for the new materials industry Core Insights - The new materials industry is experiencing rapid technological innovation driven by interdisciplinary integration, particularly in fields like biomedical materials and smart materials [2] - Green and environmentally friendly manufacturing processes are becoming crucial, focusing on reducing environmental impact and improving resource efficiency [3] - Advanced computational techniques and artificial intelligence are transforming material design, significantly shortening development cycles and reducing costs [4] - The demand for high-performance materials is expected to grow, particularly in aerospace and electronics, where materials with superior properties are required [6][7] - The market is shifting towards multifunctional materials that can meet complex application needs across various sectors [6][8] Summary by Sections 1. Technological Innovation Trends - New materials technology is evolving towards interdisciplinary integration, combining physics, chemistry, materials science, and biomedical engineering [2] - Innovations in biomedical materials, such as bioactive nanocomposites, are providing new treatment methods [2] - Smart materials, like shape memory alloys, are being developed to respond intelligently to environmental changes [2] 2. Market Demand Trends - The demand for high-performance materials in aerospace is increasing, with new high-temperature alloys and carbon fiber composites being developed [6] - The electronics sector is pushing for semiconductor materials with higher electron mobility and lower power consumption [6] - Multifunctional materials are gaining traction, offering various capabilities in construction and electronics [6][8] 3. Industry Policies and Development Opportunities - Government policies are providing significant support for the new materials industry, including financial subsidies and tax incentives [10][11] - Strategic planning identifies new materials as a key area for development, with initiatives like "Made in China 2025" emphasizing the importance of advanced materials [11] - Policy support is expected to enhance innovation capabilities and attract more investment into the sector [11][12] 4. Challenges and Response Strategies - The industry faces technological bottlenecks, particularly in high-end materials where domestic capabilities lag behind international standards [12][13] - Market competition is intensifying, with foreign companies dominating high-performance segments [12] - Resource dependency and environmental concerns are significant challenges, necessitating improved recycling and sustainable practices [13][14] - Collaborative efforts between enterprises and government are essential to overcome these challenges and promote sustainable development [14]

□ 王冀宁陈红喜陶佳佳 《"十四五"原材料工业发展规划》中明确提出，把握新材料技术与信息技术、纳米技术、智能技术等融 合发展趋势，推动新的主干材料体系化发展，强化应用领域的支持和引导。其中,纳米材料是新材料领 域最具发展潜力的前沿方向之一。江苏应立足制造强省优势，实施"建链补链强链延链"工程，锻造国内 领先、国际一流的全链条纳米材料产业集群，助力我国在全球科技博弈中掌握主动权。 为应对挑战，江苏需从各维度发力，全面提升纳米材料产业链韧性。 重构"建"链机制，提升产业发展效率。加大金融扶持力度。拓展全省纳米材料产业主题基金支持范围和 力度，对新材料领域急需的进口关键生产设备给予税收优惠。充分发挥省政府产业引导基金撬动作用， 吸引社会资本投资纳米技术项目，对创新性好、产业化潜力大的项目给予全链条创业资金资助。完善顶 层设计布局。建立"实验—中试—应用推广"一体化的研发体系，为中小企业提供新材料定制开发、中试 工程、产线设计等研发服务，重点解决"技术开发"环节难题，避免低水平重复建设和恶性竞争。融合智 能技术缩短开发周期。加快突破纳米材料产业发展的工程化问题，提高新材料的基础支撑能力，发 展"理性设计—高效实验—大 ...

Group 1 - The new materials industry is a strategic and foundational sector, crucial for high-tech competition, highlighted by the recent event in Suzhou [1][3] - The event aimed to deepen collaborative innovation among industry, academia, and research institutions, with participation from numerous experts and enterprises [3] - Jiangsu Province has established two national manufacturing innovation centers for high-performance fibers and membrane materials, along with eight national recognized enterprise technology centers in various fields [3] Group 2 - A talent development alliance for the new materials cluster was officially launched, aiming to integrate industry, academia, and research to supply high-quality skilled talent and innovative teams [3] - The "Manufacturing Strong Province · Materials First" series of matching activities was initiated to encourage collaboration among key regions, institutions, and leading enterprises in the new materials sector [3] - Jiangsu's industrial policies related to the new materials industry were explained, along with details on national talent plans and local responses to national strategic deployments [3][4] Group 3 - The application scenarios for new materials are vast and rapidly evolving, with presentations on inorganic nanomaterials for tumor treatment and advancements in photovoltaic and OLED materials [4] - Challenges and technological bottlenecks in the optoelectronic materials industry were discussed, emphasizing the need for further research and development [4] - The Jiangsu Provincial Department of Industry and Information Technology will continue to support the new materials industry, optimizing the development ecosystem and promoting seamless integration of innovation and industry chains [4]

对接需求请扫码 4月23日，江苏常州高端功能材料产业专项母基金（有限合伙）顺利完成工商注册登记。作为江苏 省战略性新兴产业母基金第二批产业专项基金，该基金的设立是常州市贯彻落实国家"推进新型工 业化"战略部署、服务全省"一中心一基地一枢纽"建设的切实举措，标志着常州在构建现代化产业 体系道路上迈出新的步伐。 该基金总规模30亿元，由常州投资集团发起，联合省战新母基金、常州市金坛区产业创新发展私 募基金有限公司、常州华睿股权投资管理有限公司、常州战新私募基金管理有限公司共同出资组 建，常州市政府投资基金管理有限公司负责基金管理运作。基金聚焦高端功能材料产业链，重点投 向高性能碳纤维及复合材料、纳米材料、石墨烯材料、生物医用材料、高端电子化学品等关键领 域。 自2024年6月启动以来，江苏省战略性新兴产业母基金已在常州先后布局3支专项基金，总规模达 85亿元，投资领域覆盖新能源、高端功能材料及未来产业等方向。此次江苏常州高端功能材料产 业专项母基金（有限合伙）的设立，将进一步完善"省级母基金引导—地方专项基金聚焦—社会资 本协同"的多层次资本支持体系。基金将通过专业化资本运作和产业链精准投资，重点培育具有国 际竞 ...