在我国丰富的稀土资源中，高丰度的轻稀土资源长期面临"用不好、用不了"的困境，大量资源沉睡或低效利用，成为制约稀土全产业链优化的关键瓶颈。面 对这一挑战，兰石中科旗帜鲜明地以"纳米化"为战略支点，全力构建从关键技术到产业应用的完整创新链条，系统推动轻稀土资源从"以量取胜"向"以质赋 能"的战略转型。 打造"中科方案" 支撑这些创新成果的，是公司精心打造的研发+产业化体系。兰石中科依托高水平的院士团队与经验丰富的产业化队伍，已构建起"研发-中试-应用-反馈"的 高效闭环。这一体系形成了从材料原始创新、工艺开发到场景落地验证的系统化解决能力，为公司持续引领行业技术迭代、打造开放的纳米稀土材料技术平 台奠定了坚实基础，有力助力下游产业升级与国家现代稀土产业体系的自主可控。 纳米稀土材料产品图 纵观兰石中科的创新实践，一条清晰的路径已然显现：中国稀土产业的高质量发展，必须依靠科技创新打通从资源到材料、从材料到产品的核心价值链路。 通过以纳米技术精准重塑稀土材料基因，兰石中科正在为提升国家战略资源安全保障能力、构建高端化的稀土产业新格局贡献出扎实而创新的"中科方案"， 奋力书写着稀土强国的时代新篇。（乔娅妮） 要实现这一 ...

Core Viewpoint - The collaboration between Lanshi Zhongke and Jinchuan Group focuses on the development of a nano rare earth catalyst project, which aligns with national strategic goals in new materials and energy sectors [1][3][5] Group 1: Project Development - Lanshi Zhongke's executives conducted a detailed investigation into the nano rare earth catalyst project at Jinchuan Group, discussing construction plans, site selection, and cooperation models [1] - Jinchuan Group possesses various technologies in powder material preparation, which align well with Lanshi Zhongke's core patent technology advantages [3] - The collaboration aims to establish multiple pilot platforms for nano materials, providing innovative solutions for Jinchuan Group's strategic development [3] Group 2: Strategic Importance - Nano rare earth materials are identified as a key development direction by the state, indicating a promising future for the project [3] - The project is expected to contribute to cost reduction, efficiency improvement, and enhanced risk resilience for Jinchuan Group [3] - Both companies are encouraged to integrate resources and expedite the development of a feasible plan to ensure the project's rapid implementation [3] Group 3: Future Collaboration - Lanshi Zhongke expressed gratitude for Jinchuan Group's long-term support and emphasized the importance of strengthening collaboration in project management, market expansion, and technology research [5] - The successful implementation of the nano rare earth catalyst project is seen as a foundation for the future industrialization of nano new materials [5]