Core Viewpoint - The article discusses the launch of Beiterui's new solid-state battery material solutions, highlighting advancements in both semi-solid and all-solid battery technologies, which aim to enhance performance and safety in battery applications [1][2]. Group 1: Semi-Solid Battery Solutions - Beiterui introduced the "Beian FLEX series" semi-solid battery system, featuring high nickel cathode materials that reduce resistance by 6% compared to equivalent nickel content ternary materials [1]. - The silicon-based anode materials achieve a capacity of 2,300 mAh/g, indicating significant energy storage potential [1]. - The electrolyte combines polymer and oxide solutions, resulting in a 10% reduction in internal resistance at -10°C compared to liquid batteries, and an 80% improvement in puncture safety [1]. Group 2: All-Solid Battery Solutions - The "Beian GUARD series" all-solid battery system includes ultra-high nickel and lithium-rich manganese cathode materials to meet high energy density demands [2]. - The developed sulfide electrolyte materials exhibit an ionic conductivity exceeding 10 mS/cm, with particle size controlled below 500 nm for the electrode layer [2]. - Beiterui has also created the industry's first high-performance three-dimensional skeletal structure material compatible with all-solid battery lithium-carbon composite anodes, offering low volume expansion, long cycle life, and high output power density [2].

摘要 厦钨新能 20240514 今年（2025 年），新能在 NCM 材料方面布置了千吨级别的产能，目前正在 3C 消费和低空无人机两个领域进行应用。从正极材料来看没有问题，但电池的 其他部分如电解液和负极需要与之配合，预计今年（2025 年）会落地这两个 应用领域。未来扩产节奏将取决于找到更优的工艺，目前新建了一些千吨级别 的产能，如果需求增加，将改造现有三元和钴酸锂产线，因为这些特殊工序与 现有正极工艺完全不同。 NCM 材料与钴酸锂及普通三元材料有哪些共线工序，哪些是特别工序？ 可以共线的是后端烧结部分，而前端形成结构则有一些特殊工序，特别是定向 掺杂金属离子到锂层，使得锂层柱子稳固，从而充分释放锂离子。改造不仅涉 及前驱体，还包括其他环节，有几道新增工序。 • 电池厂在使用镍钴锰三元材料时，2025 年将先进行掺杂，掺杂比例约为 百分之二三十。转向纯用磷酸铁锂材料的时间取决于电池厂的推进进度， 目前电池厂已做好随时扩展的准备。 • 厦钨新能 2024 年三元材料整体增量超行业预期，尽管行业没有增长，但 盈利表现相对不错。三元材料在大增程、低空、固态等领域有新的增长空 间，长期来看仍然看好其在动力上的 ...

关注公众号，点击公众号主页右上角" ··· "，设置星标 "⭐" ，关注 鑫椤锂电 资讯~ 本文来源： 贝特瑞 在智能电动车、低空飞行器、人形机器人等新兴领域快速发展的背景下，高安全与高能量密度需求正成为 电动场景的核心诉求。 5 月 1 3 日，全球电池负极材料龙头贝特瑞举办 "未来能量引擎"固态电池材料整 体解决方案发布会，正式发布其针对固态电池的材料整体解决方案，标志着公司在下一代电池技术领域迈 出关键一步。 贝特瑞为固态电池做了全面的材料布局，开发出贝安 FLEX 半固态及 GUARD 全固态 系列 高镍正极、硅基负极、固态电解质、 锂 碳复合负极等材料，通过材料创新与技术迭代支撑固态电池商业 化进程，为下一代电池技术提供 " 高能量 +高安全"的 材料解决方案。 贝特瑞中央研究院院长李子坤博士在发布会介绍 " 从 3D多孔 锂 碳复合材料 、 硫化物 固态电解质到 超 高镍正极 材料 ，这些创新不再是实验室的蓝图，而是 迈入商用 的 固态电池材料整体 解决方案。 " 全面材料布局，覆盖固态电池核心需求 进固态电池群 ，加小编微信：13248122922 注：添加好友请备注 公司名称、姓名、职务，入群 ...

Group 1 - The company has confirmed that its CVD anode materials are ready for mass production, with existing customers already utilizing them. The variety of silicon-based products is tailored to customer application needs and cost considerations [2] - Despite the attention on domestic CVD anode materials, overall demand remains low due to high costs and unresolved issues [2] - The company is focused on biomass anode materials, which are low-cost and have low carbon emissions, aligning with future development trends. Current performance is satisfactory, but there may be niche demands requiring specialized designs where polymer materials have advantages [2] Group 2 - In the solid-state battery sector, the company has stated that its solid-state battery materials are ready for mass production, suitable for both digital and power battery needs. The actual production pace will depend on the validation cycles of downstream cell manufacturers and end vehicle companies [2] - The semi-solid battery system is expected to achieve large-scale application first, while the industry-wide mass production of all-solid-state batteries is generally projected for 2027. The company emphasizes its early layout and deep technical accumulation in core materials like sulfide solid electrolytes [2] - The third-generation deposited silicon-carbon products have entered mass production, with costs comparable to industry standards. The company's specialized graphite shows better compatibility with silicon, significantly enhancing performance while keeping costs manageable [3] Group 3 - The company plans to focus on new energy materials as its core, promoting positive electrode materials in the ternary field and expanding into overseas markets. It aims to transition into a battery materials system solution provider [3] - Both positive and negative electrode businesses are developing simultaneously, with plans to incorporate new materials like electrolytes and enhance ESG competitiveness through a closed-loop recycling system [3] - Although current anode prices are affected by industry overcapacity and technological iterations, the company remains optimistic about profit margins in overseas markets and the application of fast-charging technologies [3]

Group 1: Investor Relations Activity Overview - The investor relations activity took place on May 13, 2025, at the company's technology park in Shenzhen, Guangdong Province, with a total of 46 investors attending [3][4]. - Key attendees included representatives from various investment firms such as Bosera Fund, Shenwan Hongyuan, and CITIC Securities [3]. Group 2: New Product Launch - The company launched the "Beian FLEX" semi-solid and "GUARD" all-solid-state battery materials, providing solutions for next-generation battery technology with a focus on "high energy + high safety" [5]. - The high-nickel positive electrode material in the Beian FLEX series reduces resistance by 6% compared to equivalent nickel content ternary materials, while the silicon-based negative electrode can achieve a capacity of 2,300 mAh/g [5]. Group 3: Production and Market Insights - The company has the production technology for solid-state battery materials, with 2024 expected to be a representative year for semi-solid battery product shipments, while 2027 is anticipated for large-scale production of all-solid-state batteries [6]. - The company is strategically positioned in the solid-state battery materials market, leveraging its extensive R&D background and engineering capabilities [7][8]. Group 4: Cost and Production Challenges - The third-generation silicon-based materials are currently in mass production, with costs comparable to industry standards [9]. - The company faces challenges in scaling up the production of sulfide materials, which still have high production costs despite recent reductions [12]. Group 5: Future Growth and Strategic Planning - The company aims to transition from a material supplier to a provider of comprehensive battery material solutions, focusing on new technologies and products to enhance value for customers [15]. - The strategic focus on high-nickel materials and overseas market expansion is expected to drive growth, with a significant emphasis on developing a closed-loop recycling system for materials [16]. Group 6: Market Dynamics and Competitive Landscape - The company acknowledges the downward pressure on prices due to market oversupply and the need for technological breakthroughs to reduce costs [18]. - The competitive landscape in the negative electrode market is evolving, with the company emphasizing the importance of balancing cost and performance in new product developments [19].

Group 1 - The company has implemented the oxygen-enriched side-blowing process in its Indonesia Zhongqing project, marking the first industrial application of this technology for laterite nickel ore smelting, creating a new technical route for this process [2] - The Zhongqing project is expected to complete its main construction in Q2 of this year, with all six production lines operational, leading to rapid production debugging and capacity ramp-up, which will enhance industrial synergy and reduce overall production costs [2] - The company anticipates a 50% year-on-year increase in total lithium iron phosphate production, reaching 2.38 million tons in 2024, while maintaining its leading position in nickel and cobalt materials [2] Group 2 - The company emphasizes the environmental and cost advantages of the pyrometallurgical process, with the oxygen-enriched side-blowing process having lower carbon emissions compared to traditional RKEF technology, and the ability to utilize waste heat for energy generation [3] - The company has established and is constructing smelting capacity of 195,000 metal tons in Indonesia, with an expected actual capacity of 155,000 tons by the end of 2024, and an annual nickel production of nearly 100,000 tons [3] - The company plans to further expand its lithium resources in South America to enhance its global raw material supply chain [3]

Core Viewpoint - The company reported a decline in revenue for 2024 but achieved significant growth in net profit, indicating a potential shift in focus towards more profitable ventures such as sodium-ion battery materials [1][5]. Financial Performance - The company's revenue for 2024 was 724 million yuan, a decrease of 6.56% year-on-year [1]. - Net profit attributable to shareholders was 39.03 million yuan, an increase of 52.82% year-on-year [1]. - The asset-liability ratio at the end of 2024 was 27.10%, down by 7.74 percentage points year-on-year [1]. - The net cash flow from operating activities was 107 million yuan, up by 30.77% year-on-year [1]. Sodium-Ion Battery Business Development - The company has completed the preliminary planning for its sodium-ion battery materials factory, with production lines to be built based on product maturity and market demand [2][7]. - The first phase of the project aims for an annual production capacity of 6,000 tons of sodium-ion battery cathode materials [2][7]. - The sodium-ion battery cathode materials have reached the third generation, with a pilot production line achieving mass production [6]. Strategic Partnerships and Research - The company has shifted its research focus from a collaboration with the University of Science and Technology of China to a partnership with Southwest University, resulting in the development of new patents and a joint venture for sodium-ion battery research [5][6]. - The company has sent samples of its second-generation sodium-ion battery cathode materials to nearly 20 companies for testing, receiving positive feedback on performance metrics [6]. Future Growth and Strategic Direction - The company aims to achieve its first orders for sodium-ion battery cathode materials by 2025 [8]. - The chairman emphasized a strategic focus on mergers and acquisitions of "small but beautiful" companies and high-quality assets to enhance growth [8]. - The company is transitioning towards a business model centered on pollution reduction and carbon neutrality, with plans to expand into carbon capture and utilization (CCUS) technologies [8].

5 月 9 日晚间， 龙蟠科技 （ 603906 ）发布公告，控股子公司常州锂源、控股孙公司南京锂源与楚能新能源全资子公司武汉楚能、孝感楚 能及宜昌楚能达成协议，预计自 2025 至 2029 年间合计向楚能新能源下属三家子公司 销售 15 万吨的磷酸铁锂正极材料 ， 在不考虑客供 碳酸锂销售模式下， 预估总销售金额超 50 亿元。 龙蟠科技表示，前述协议签订有助于稳定公司产品销售，将对未来业绩产生积极影响。 值得注意的是，协议有效期延续至 2030 年 4 月 30 日，远超常规订单合作周期，凸显双方对长期合作的信心。这一合作不仅标志着龙蟠科 技在磷酸铁锂正极材料领域的市场地位进一步巩固，也预示着新能源产业链上下游企业合作模式的深化。 01 龙蟠科技 / 楚能新能源强强联合 对于龙蟠科技而言，此次合作不仅意味着未来几年的业绩保障，更关键在于客户结构优化。此前龙蟠科技五大客户占比 64.5% ，楚能降低了 其头部依赖风险，客户多元化战略初现成效。 同时， "客供碳酸锂"模式灵活定价，既规避锂价波动，又锁定加工费利润， 为业绩穿上一层 "保护衣" 。 当前，行业分化加剧，绑定头部企业的市场红利加快显现。明显看到 ...

Summary of Conference Call Records Company and Industry Involved - **Kunlun Wanwei Technology Co., Ltd.** (昆仑万维) - **China Nuclear Technology Co., Ltd.** (中核科技) - **Zhonggang Tianyuan Co., Ltd.** (中钢天源) Key Points and Arguments Kunlun Wanwei Technology Co., Ltd. 1. **AI Commercialization Progress**: The company has made significant progress in AI commercialization, with monthly revenue from AI social applications exceeding $1 million, making it one of the fastest-growing Chinese AI applications overseas. As of March 2025, the annual recurring revenue (ARR) from AI music reached approximately $12 million, and the DramaWave platform's ARR reached $120 million, accelerating the AI commercialization process [1][2][3]. 2. **Upcoming Product Launch**: The company plans to launch the world's first productivity scenario general-purpose Agent platform, Skywork.ai, in mid-May 2025. This product focuses on high-frequency usage scenarios and consists of five expert-level AI agents optimized for various content types, supported by a research module comparable to OpenAI's quality [3]. 3. **DramaWave Performance**: As of the end of Q1, DramaWave generated approximately $10 million in monthly revenue, with a cumulative download exceeding 30 million and over 10 million monthly active users, positioning it among the top five in the industry and leading the Chinese short drama export sector [4]. China Nuclear Technology Co., Ltd. 1. **C14 Domestic Production**: The Qinshan Nuclear Power Plant has begun producing C14 isotopes commercially, reducing reliance on imports. This development is expected to enhance the company's profit margins, particularly for its products used in breath test diagnostics for Helicobacter pylori infections [5][7]. 2. **Nuclear Power Orders**: The company currently holds nearly $3 billion in nuclear power orders, distributed across several projects, including Jiangsu Xuwei Nuclear Energy Heating Power Plant and Fuzhou Nuclear Power projects. The nuclear power industry is entering a new development phase, benefiting from favorable policies [8]. 3. **Capacity Expansion**: The company has completed the first two phases of its nuclear capacity expansion, which allows for the production of valves for eight nuclear units simultaneously. The third phase, expected to be completed by the end of 2025, will increase this capacity to ten units [9]. Zhonggang Tianyuan Co., Ltd. 1. **Market Share in Manganese Tetroxide**: The company has achieved a 50% market share in battery-grade manganese tetroxide, with production capacity increasing from 5,000 tons to 35,000 tons since 2013. The product's performance and stability have contributed to its market acceptance [10]. 2. **Special Graphite Materials**: The company is involved in national-level key technology projects related to special graphite materials, with plans to undertake additional projects in 2024, which will inform its industrial development strategy [11]. 3. **NdFeB Demand Growth**: The company has a production capacity of 2,000 tons for NdFeB raw materials, covering the entire process from smelting to surface treatment. The demand for NdFeB products is increasing due to growth in the automotive and robotics sectors [12]. Other Important Content - The conference call records emphasize the importance of AI and nuclear technology advancements in driving future growth for the respective companies. The focus on domestic production capabilities and market leadership in specific sectors highlights strategic initiatives aimed at enhancing profitability and market presence [5][8][10].

关注公众号，点击公众号主页右上角" ··· "，设置星标 "⭐" ，关注 鑫椤锂电 资讯~ 本文来源： #鑫椤锂电 2025 年 1 月，控股孙公司锂源（亚太）与福特旗下 Blue Oval 签署协议，计划 2026 年至 2030 年供 应磷酸铁锂材料。 4 月 2 日，以色列特种矿物企业 ICL 宣布其位于美国密苏里州圣路易斯的 BMIQ 磷酸铁锂（ LFP ）电 池材料试产基地正式投入运营。 这是美国境内首个同类设施，标志着 LFP 电池材料生产技术的重大进 展。 该中心总投资达 2000 万美元，具备 1 吨量级的中试制造能力，并配备完整的工艺模拟生产线，同 时兼具技术研发与实际生产功能。 而今年 1 月， ICL 携手德方纳米在西班牙布局磷酸铁锂工厂，根据协议，双方预计投资 2.85 亿欧元增 资 ICLBM,S.L. （项目公司）用于建设磷酸铁锂正极材料生产项目。 ▼ 1 月 4 日，锂源科技印尼生产基地磷酸铁锂产品成功出货，为中国铁锂厂海外最先开始量产的企业。 据 了解，锂源科技印尼生产基地总规划产能达 12 万吨，一期 3 万吨的年产能已建成，二期 9 万吨的产线 建设也已蓄势待发。 且公司已 ...