Focusing on FINE 2026, Demonstrating Innovation in Advanced Battery and Energy Materials
FINE 2026 closely aligns with the strategic deployment of "The Rise of China's Future Industries," featuring four themed exhibition halls: Hall N1 focuses on advanced semiconductors (diamond, silicon carbide, gallium oxide, etc.); Hall N2 focuses on thermal management for AI chips and power devices; Hall N3 focuses on advanced battery and energy materials; and Hall N4 focuses on future intelligent terminals and lightweight/functional materials. Tanfeng Technology is located in Hall N3, which highlights solid-state batteries, sodium batteries, supercapacitors, and their key materials – including carbon nanotubes-graphene, solid-state electrolytes, and silicon-carbon/porous carbon – for emerging applications such as robotics, low-altitude aircraft, smart vehicles, commercial aerospace, data centers, and communication base stations.
Booth N3015single-walled carbon nanotubes (SWCNTs), multi-walled carbon nanotubes (MWCNTs), ultra-high purity carbon nanotubes, silicon-carbon anode materials, and next-generation high-solid-content conductive pastes.
Carbon nanotubes, hailed as the "king of new materials" among one-dimensional nanomaterials, feature high electrical conductivity, high thermal conductivity, ultra-high strength, and excellent aspect ratios. They are key materials for new energy battery conductive additives, high-performance composites, and future energy devices. Tanfeng Technology's carbon nanotube products have achieved industry-advanced levels in key performance indicators such as purity control, aspect ratio optimization, and dispersion performance, and can be widely used in next-generation battery systems including power batteries, solid-state batteries, and sodium batteries.
A technical representative from Tanfeng Technology stated: "FINE 2026 is a national-level grand event focusing on future industry new materials and an important platform for us to demonstrate the innovation capabilities of carbon nanotube materials to the world. This expo particularly emphasizes the enabling role of new materials in emerging fields such as robotics, low-altitude aircraft, and commercial aerospace, which is highly aligned with our technological development direction. Through this platform, we look forward to in-depth exchanges with partners across the industry chain, jointly exploring the unlimited potential of carbon nanotube materials in future energy and high-end manufacturing."
A key highlight of FINE 2026 is its focus on the rise of China's future industries. The expo brings together numerous industry "firsts" and "breakthroughs," including "the world's first and second companies in dexterous hands," "the world's first company to achieve stable mass production of thousands of humanoid robots," and "the world's first maiden flight of a UHMWPE composite drone." Tanfeng Technology's product applications cover seven strategic directions – – which are highly aligned with the future industry directions highlighted at this expo.
In the Advanced Battery and Energy Materials Zone of Hall N3, Tanfeng Technology's core products are deeply aligned with the following cutting-edge application fields:
- Key Materials for Solid-State Batteries: Carbon nanotubes can construct efficient conductive networks, improving the ionic conductivity of solid-state electrolytes
- Conductive Additives for Sodium-Ion Batteries: Carbon nanotubes serve as high-performance conductive additives, enhancing the rate capability of sodium batteries
- Volume Expansion Suppression for Silicon-Carbon Anodes: The three-dimensional network of carbon nanotubes effectively mitigates the volume expansion issue of silicon anodes
- Batteries for Low-Altitude Aircraft and Robotics: Core conductive materials for high-energy-density, high-rate batteries
- : Carbon nanotube-reinforced composites achieve structural weight reduction and functional integration
A representative from the company's marketing department revealed: "After four years of technical accumulation and market expansion, our carbon nanotube products have gained recognition from several leading enterprises in the lithium battery conductive additive sector. In 2026, leveraging the international platform of FINE 2026, we will focus on exploring next-generation battery systems such as solid-state batteries and sodium batteries, as well as emerging application markets like the low-altitude economy and robotics, promoting the leapfrog development of carbon nanotube materials from 'lab to industrialization.'"
Based in the N3 Advanced Battery Zone, Building an Industrial Collaborative Ecosystem
Booth N3015 will provide detailed product introductions and technical support to visiting guests, covering the entire process from material selection, formulation optimization, to process debugging. The company has also prepared the latest product samples and technical literature, including customized conductive solutions for different application scenarios, welcoming all friends to request and exchange.
Tanfeng Technology's industrial base in Heze, Shandong, has established a comprehensive large-scale production system, possessing full-chain independent production capabilities from catalyst R&D, CVD mass production, to post-treatment purification. The company holds multiple core patents and has developed unique technical advantages in high-purity carbon nanotube preparation technology, efficient dispersion technology, and composite material forming processes.
Currently, the localization of high-end carbon nanotube materials has become an important direction for industry development. Tanfeng Technology always adhere to "technology-based enterprise" development philosophy, committed to breaking down technical barriers in high-end carbon materials and providing independent and controllable high-performance material solutions for China's new energy, aerospace, and high-end manufacturing industries.
The company's General Manager stated: "New materials are the foundation of future industries. Carbon nanotubes, as bridge materials connecting the nano-world and the macro-world, are accelerating their application potential in future industry fields such as new energy, aerospace, and robotics. Through the premier platform of FINE 2026, we look forward to collaborative innovation with partners across the industry chain, jointly promoting the Chinese new materials industry's march toward high-end, intelligent, green, and international development."
FINE 2026 Future Industry New Materials Expo is not only a platform for showcasing technologies and products but also an annual grand event for industry foresight and cooperative exchange. Tanfeng Technology cordially invites industry colleagues, technical experts, purchasers, and media friends to visit Booth N3015, Hall N3, Shanghai New International Expo Centre to learn about the company's latest carbon nanotube products and new material solutions up close, and to explore new opportunities for carbon materials to empower future industries.
Preparations for Tanfeng Technology's exhibition are now fully underway. For more exhibition updates and product information, please follow the company's official channels.
About Shandong Tanfeng New Material Technology Co., Ltd.
Founded in 2022 and headquartered in Heze City, Shandong Province, Shandong Tanfeng New Material Technology Co., Ltd. is a high-tech enterprise specializing in the R&D, production, and sales of high-purity nano-new materials. The company's main products include single-walled/multi-walled carbon nanotubes, ultra-high purity carbon nanotubes, silicon-carbon anode materials, conductive pastes, and conductive masterbatches, widely used in lithium battery conductive additives, new energy batteries, energy storage systems, aerospace composites, defense equipment, rail transportation, and other fields. The company is committed to becoming a world-class provider of advanced materials and technical services.
- 2026 Future Industry New Materials Expo (FINE 2026)
- June 10–12, 2026
- Shanghai New International Expo Centre (No. 2345, Longyang Road, Pudong New Area, Shanghai)
- N3015, Hall N3
- Single-walled/multi-walled carbon nanotubes, ultra-high purity carbon nanotubes, silicon-carbon anode materials, high-solid-content conductive pastes