（文章来源：每日经济新闻） 每经AI快讯，有投资者在投资者互动平台提问： 国家大力支持高科技与新材料发展，公司不仅2025年 斩获25项专利（同比增212.5%），还拿下山东省重大科技创新工程立项及980万元资金支持，石墨烯复 合材料实现进口替代与出口，请问这些高科技成果目前的产业化进度如何？未来在研发投入、市场拓展 上有何规划，以进一步释放科技赋能的盈利潜力？ 鲁泰Ａ（000726.SZ）11月11日在投资者互动平台表示，尊敬的投资者您好！目前公司研发未涉及石墨 烯复合材料。后续公司将依托国家级企业技术中心、国家工业设计中心、国家博士后科研工作站、山东 省工程技术研究中心等技术平台，坚持自主创新，并与科研院所、高校、战略客户和重要供应商长期开 展技术合作和联合产品开发，坚持前沿技术储备和应用技术革新并重，坚持以商业价值实现为导向。 ...

格隆汇11月11日丨鲁泰A(000726.SZ)在互动平台表示，目前公司研发未涉及石墨烯复合材料。后续公司 将依托国家级企业技术中心、国家工业设计中心、国家博士后科研工作站、山东省工程技术研究中心等 技术平台，坚持自主创新，并与科研院所、高校、战略客户和重要供应商长期开展技术合作和联合产品 开发，坚持前沿技术储备和应用技术革新并重，坚持以商业价值实现为导向。 ...

Group 1: Sustainable Alternatives in Mineral Resources - The transition from technological exploration to large-scale application of sustainable alternatives in mineral resources is driven by material innovation, technological penetration, and institutional synergy, aiming to upgrade the mineral supply chain from resource-dependent to value-creating [1] - Breakthroughs in solid-state battery technology are reshaping mineral demand structures, with a new battery design reducing cobalt usage by 60% and increasing energy density by 30%, enhancing safety and lifespan [1] - Innovations in hydrogen fuel cell materials are reducing reliance on precious metals, with non-precious catalysts achieving 85% of the activity of traditional platinum-based catalysts, paving the way for large-scale applications [1] Group 2: Efficiency and Resource Utilization - The adoption of smart mining systems is significantly improving resource utilization efficiency, with a lithium mining company achieving a 15% increase in ore recovery and a 20% reduction in energy consumption through IoT and AI integration [1] - The large-scale application of bio-based materials is transforming mineral consumption patterns, with agricultural waste replacing 30% of traditional clay in ceramics and reducing carbon emissions by 40% [3] - Advances in synthetic materials are replacing high-risk minerals, such as graphene composites substituting copper in electronic components, leading to a 10% weight reduction and a 12% increase in battery range for electric vehicles [3] Group 3: Circular Economy and Resource Recovery - The maturity of mineral recycling technologies is reconstructing the resource supply system, with a battery recycling company extracting nickel, cobalt, and lithium with over 99.5% purity, reducing raw material procurement costs by 30% [3] - The innovation of supply chain collaboration mechanisms is amplifying circular value, exemplified by a multinational mining company using blockchain to enhance material recovery rates to over 90% through a "mineral passport" system [4] Group 4: Regulatory and Policy Developments - The iteration of international initiatives is reshaping industry rules, with the RMI's EMRT2.0 template requiring companies to disclose over 30 data points related to key minerals, enhancing supply chain transparency and compliance [6] - Differentiated regional policy designs are guiding resource allocation, as seen in the EU's conflict minerals regulation, which mandates third-party audits for minerals entering its market, accelerating the green transition of global supply chains [6]