From synthesis to performance
Connect every synthesis run, characterization result, and coin cell test, from precursor to qualified material.
A battery material program depends on the link between how a material was made and how it performs in a cell. On many teams, synthesis records sit in notebooks and spreadsheets, characterization files stay on instrument computers, and cycling data stays in cycler software. When a customer asks about a sample, someone rebuilds the history of the lot by hand. From synthesis to performance shows how to keep every synthesis run, characterization result and coin cell test connected.
How do you connect battery material synthesis to cell performance?
Treat each synthesis as structured data: the raw materials and the process conditions become inputs on one experiment, and every characterization result and coin cell test is stored against the experiment and the lot that produced it. With the full picture on one record, teams can compare candidates on how they were made and how they performed, trace a customer sample back to its lot, and carry a material from lab experiments to scale-up lots and customer samples without losing its history.
Who this guide is for
R&D, analytical, and application teams at companies that develop cathode and anode active materials, precursors, conductive additives, binders, and electrolytes. For the wider platform view, see Uncountable for battery R&D.
What's inside
Inside this guide:
- Why materials data ends up spread across notebooks, instrument computers and cycler software
- Synthesis as structured data, with raw materials and process conditions as inputs
- Characterization results and coin cell testing linked to the experiment and the lot
- Tracing a result from material to coin cell, and a customer sample back to its lot
- Finding and comparing candidates, and learning from every experiment
- Moving from the lab to scale-up lots and customer samples, including a customer portal
- Records and collaboration, and a practical path to get started
Link how every material was made to how it performs. Download the guide.
FAQs
How battery materials teams record synthesis as structured data, link characterization and coin cell results to the experiment and lot that produced them, find and compare candidates, and carry materials from the lab to scale-up lots and customer samples.
R&D, analytical, and application teams at companies that develop cathode and anode active materials, precursors, conductive additives, binders, and electrolytes.
Results from your instruments are read with a file parser and stored on the experiment and the lot that produced the material, so every result stays connected to how the material was made.
Yes. Scale-up lots and customer samples stay linked to the experiments and lots behind them, so a team can answer which lot a customer sample came from, and which customer samples came from a given lot.
Yes. Customers can be invited to the Uncountable Portal, where they submit request forms that arrive as structured records connected to your internal work.
See the Platform Behind the Guide
