Defining Excellence, Perpetuating Legacy
Our core R&D team holds 100% advanced STEM degrees (Master's/Ph.D.) with extensive hands-on experience in lithium battery materials. We relentlessly advance technological frontiers in crystal structure engineering, ion transport kinetics, and electrode-electrolyte interface modification, backed by 50+ publications in leading SCI-indexed journals.
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100%
100% master's and doctoral degrees
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50+
Published SCI papers
Interdisciplinary Synergy for Innovation
By integrating multidisciplinary talents in electrochemical engineering, nanomaterial preparation, computational simulation, etc., we have formed a full-chain R&D system from material molecular design → process optimization → mass production verification, and successfully developed a multi-series product matrix suitable for power batteries/energy storage systems.
Industry-Academia-Research Convergence Ecosystem
It has undertaken one key R&D project of the Ministry of Industry and Information Technology, achieved efficient transformation from laboratory technology to industrial application, and its product performance indicators have reached international advanced levels.
We always adhere to the concept of "global leader in high-end materials" and provide more competitive cathode material products to global customers through continuous technology iteration and process upgrades, helping to build a new clean energy ecosystem.
Technological breakthrough direction
• Structural Innovation Design of High First-Effect, High-Capacity Cathode Materials