Using electrode-processing feedback to advance a battery material
PBT054
A team brought its anode material into cell development, addressed processing difficulties and reached its project-specific cycling requirements.
Custom development cases
Taking a published synthesis from a small trial to a research batch
PFM044
A team reproduced a literature route, reviewed an initial sample and progressed to a larger target-molecule batch with NMR data for product assessment.
Using ampere-hour pouch cells to guide sodium-ion development
PBT042
A research team tested its sodium-ion concept in ampere-hour pouch cells and used the gap between expected and observed results to identify what needed to change.
Designing a sodium-ion pouch-cell study around rate performance
PBT040
A team’s rate-performance research objective shaped NFPP material selection, electrode processing and a custom pouch-cell development plan.
Taking a hard-carbon process beyond small laboratory trials
PBT018
A sodium-ion materials team turned a proposed resin-to-carbon route into a practical processing study, with experimental data to inform further material development.
Building a pouch-cell platform for battery and electrolyte research
PBT017
A research team gained custom dry pouch cells and supporting electrolyte, bringing related development requests into one platform for further cell and electrolyte evaluation.
Turning a PEG polymer route into characterized research samples
PFM016
A team gained custom PEG-related polymer samples, a more complete synthesis procedure and analytical data to support further material development.
Taking a proposed resin route into kilogram-scale synthesis
PFM014
A materials team moved from a theoretical synthesis route to a verified procedure and larger resin batches, gaining a basis for reproducible scale-up.
Turning sodium-ion pouch-cell results into a better validation process
PBT012
A team took its hard-carbon material into NFPP pouch cells and, through a review of cell formation, reached the experimental objective after an initially disappointing result.
Building an experimental platform for carbon activation
PBT005
A materials team gained a practical setting for repeated carbon-activation trials, turning a proposed laboratory experiment into a programme of rapid material validation.