好碳造好极 | 纳尔股份旗下纳尔锂电多孔碳产品携手锂凰科技亮相深圳CIBF2026

来源：纳尔股份

2026年5月13日，第十八届中国国际电池技术交流会/展览会（CIBF2026）在深圳国际会展中心盛大启幕。3200余家参展企业、28万平方米展区、14个展馆——这场全球电池产业的年度风向标大会上，固态电池、大圆柱、高镍正极等方向被热烈讨论。与此同时，硅碳负极也已从前沿概念转变为产业化主角，成为贯穿动力电池、消费电子、人形机器人与低空经济场景的核心议题。

On May 13, 2026, the 18th China International Battery Technology Exchange/Exhibition (CIBF2026) opened at the Shenzhen World Exhibition & Convention Center. Featuring over 3,200 exhibitors, 280,000 m² of exhibition space, and 14 halls, this flagship global battery event highlighted solid-state batteries, large-format cylindrical cells, and high-nickel cathodes. Meanwhile, silicon-carbon anodes have evolved from a cutting-edge concept into the concerning focus of industry, now central to power batteries, consumer electronics, humanoid robots, and low-altitude economy applications.

作为纳尔股份（002825.SZ）布局新能源材料领域的重要一步，控股子公司纳尔锂电携手上海锂凰科技有限公司圆满完成硅碳负极前驱体多孔碳材料及高硅系列硅碳负极产品重磅首展，成为展会现场流量高地。

As a key step in NAR (002825.SZ) expansion into new energy materials, its holding subsidiary NAR Lithium Battery, together with Shanghai Phoelix Technology Co., Ltd., successfully unveiled silicon‑carbon anode precursor porous carbon materials and high‑silicon series silicon‑carbon anode products, becoming a major attraction at the exhibition.

硅碳负极背后的"黄金骨架":

没有好碳，就没有高硅负极

The "Golden Skeleton" Behind Silicon‑Carbon Anodes:

No Good Carbon, No High‑Silicon Anode

当前，高端硅碳负极材料均采用的是CVD气相沉积技术路线，这一技术路线已成为高端硅碳负极主流方向。CVD法硅碳负极所使用的前驱体多孔碳，极大程度决定了硅碳负极的性能。

Currently, high‑end silicon–carbon anode materials all adopt the CVD (chemical vapor deposition) technical route, which has become the mainstream approach for high‑end silicon–carbon anodes. The precursor porous carbon used in CVD‑based silicon–carbon anodes largely determines the anode’s performance.

目前制约硅碳负极产业放量的瓶颈之一，正是高性能、可量产、高稳定性的多孔碳。在这个关键环节，纳尔锂电选择了一条专注而清晰的路径：不生产负极材料，只为行业造好碳。纳尔锂电专注硅碳负极产业链核心产品多孔碳的研发与规模化制造，从碳源优化的起点，为下游伙伴奠定技术根基。

One of the current bottlenecks limiting the large‑scale rollout of the silicon, carbon anode industry is the availability of high‑performance, mass‑producible, and highly stable porous carbon. At this critical juncture, NAR Lithium Battery, has chosen a focused and clear path: instead of producing anode materials, it aims to make high‑quality carbon for the industry. By concentrating on the R&D and scaled manufacturing of porous carbon, the core product in the silicon–carbon anode value chain, NAR Lithium Battery lays the technical foundation for downstream partners, starting from carbon source optimization.

纳米级制造：纳尔锂电的核心壁垒

Nanoscale Manufacturing: NAR Lithium Battery’s Core Moat

依托团队深厚的材料科学积淀，纳尔锂电突破传统制备局限，将"纳米级孔洞孔道结构设计与制造"引入多孔碳量产体系。目前，该系列产品已引起部分头部下游客户关注。

Leveraging the team’s deep expertise in materials science, NAR Lithium Battery has broken through conventional preparation limitations by introducing "nanoscale pore structure design and manufacturing" into the mass production of porous carbon. The series has already attracted attention from some leading downstream customers.

量产在即，批量交付能力蓄势待发

Mass production is imminent, with bulk delivery ready to roll

为快速响应客户需求，纳尔股份正加速推进江西纳尔锂电材料有限公司的建设进度。高端树脂基多孔碳量产在即，我们力争以行业领先的纳米级制造工艺保障高端产品性能，并依托纳尔股份二十余年新材料领域工程化、产业化、规模化实践能力，为更多合作伙伴提供坚实的材料保障！

To respond swiftly to customer needs, NAR is accelerating the construction of its Jiangxi NAR Lithium Battery Materials Co., Ltd. subsidiary. Mass production of high-end resin-based porous carbon is imminent. We strive to ensure high-end product performance with industry-leading nanoscale manufacturing processes, and leverage NAR’s two decades of engineering, industrialization, and large-scale production expertise in new materials to provide solid material support for more partners!