Knowledge graph
Li-ion cathode links 42 papers, 18 synthesis routes, 9 failure modesBattery materials intelligence
Build a living knowledge base for battery materials R&D.
Suika Materials Knowledge Platform helps research teams organize papers, experiment records, material systems, and technical decisions into one traceable workspace.
Evidence status
Traceable claims connected to source paragraphs and lab notesMaterial family
Layered oxides- Ni-rich stability
- Coating strategies
- Electrolyte compatibility
What it supports
From scattered material knowledge to structured decisions.
Literature ingestion
Capture papers, patents, figures, and notes with source-aware summaries for battery materials research.
Material entity mapping
Connect chemistries, synthesis conditions, properties, tests, and failure mechanisms in a navigable graph.
R&D memory
Preserve experiment rationale, negative results, and design choices so teams can build on prior work.
Workflow
Designed for research loops, not generic document storage.
1
Collect raw sources from literature, lab records, and project notes.
2
Extract structured entities and preserve links back to the evidence.
3
Query the knowledge base to compare material systems and plan next tests.
Early access
Building for battery materials teams.
We are preparing a focused platform for teams working on cathodes, electrolytes, separators, and storage materials knowledge workflows.
Contact Suika Materials