Shanneng Technology makes a high‑profile appearance at CIBF 2026, leading the revolution in lithium‑ion battery safety and longevity with its comprehensive titanium‑based material portfolio.
2026/05/20
From May 13 to 15, 2026, the 18th Shenzhen International Battery Technology Exhibition (CIBF2026) was grandly held in Shenzhen. As an innovative enterprise in the titanium-based lithium battery materials sector, Shaneng Technology showcased its self-developed… Lithium titanate (LTO), titanium niobium oxide (TNO), lithium aluminum titanium phosphate (LATP) The company’s comprehensive suite of core material solutions made a high‑profile debut. Thanks to its differentiated technological roadmap and outstanding product performance, it has garnered significant attention from customers, partners, and industry experts worldwide.
I. Focusing on Five Core Strategic Sectors to Build a Titanium-Based Materials Ecosystem
At this exhibition, Shaneng Technology is showcasing the theme “Focusing on titanium-based lithium‑ion battery materials to deliver both safety and longevity,” with a deep focus on the industry’s most pressing application scenarios and comprehensive coverage across the following five key areas:
· AIDC Intelligent Computing Center Energy Storage
· High-frequency energy storage for power grids
· Transportation Industry Power
· Special Emergency Power Supply
· Solid-state battery
Through a systematic presentation, the company comprehensively showcases its technological expertise and innovative achievements in the titanium materials sector.
II. Synergy among the three core products ensures precise alignment with demanding operating conditions.
Shanneng Technology has built a technology matrix that leverages complementary strengths and covers all scenarios:
1. High-end anode materials for LTO and TNO: Featuring intrinsic high safety, ultra‑high rate capability, and exceptionally long cycle life, they are precisely tailored to meet the demanding requirements of high‑frequency, high‑reliability energy storage applications.
2. LATP solid-state electrolyte materials: Focusing on high ionic conductivity and high-voltage compatibility to enable safer advancements and technological upgrades in solid-state batteries.
Three categories of materials work in synergy to establish a comprehensive titanium-based materials application ecosystem across fields such as computing power and energy storage, new‑energy propulsion, and solid‑state batteries.
III. Deep engagement with key clients to strengthen the foundation of industry collaboration
During the exhibition, Shaneng Technology’s booth enjoyed consistently strong attendance, drawing leading domestic and international companies in the power‑battery, energy‑storage, and materials sectors, including CATL, ATL, BYD, EVE Energy, Chunan, CRRC, Samsung, LG, and Panasonic. Participants engaged in in-depth discussions on technological advancements, practical application scenarios, and industrial collaboration, laying a solid foundation for future strategic partnerships.
From mature, mass‑produced high‑end energy‑storage anodes to next‑generation ultra‑high‑power cutting‑edge materials, and on to core electrolytes for solid‑state batteries, Shaneng Technology continues to deepen its expertise in the titanium‑based materials space. Looking ahead, the company will remain focused on R&D directions that deliver superior safety, extended lifespan, and reduced total cost of ownership (TCO), while optimizing its product portfolio and strengthening collaboration across the industry chain, thereby continuously driving high‑quality growth in the global new‑energy sector.
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