Technical Solution
High-Rate & Long-Cycle Cell Material Matching
Cathode, anode, separator, electrolyte, and conductive network matching to help customers build high-rate or long-cycle cells.
Applications
- High-rate cell design
- Long-cycle cell design
- Cathode-anode capacity balance
- Electrolyte and separator compatibility
Ideal For
- Customers with target rate or retention requirements
- Battery teams comparing material combinations
- Projects moving from material samples to working cells
Deliverables
- Cathode/anode matching recommendation
- Electrolyte and separator selection route
- Capacity balance and N/P ratio proposal
- Cell validation matrix and quote estimate
Service Packages
- Material matching discussion
- Material + electrode sample package
- Dry-cell validation package
- Finished-cell validation package
Related Products
Products, materials, and service outputs that can support this solution path.
Materials
Cathode Materials for Li-ion & Na-ion Batteries
LFP, NMC, NFPP, P2-type and O3-type layered oxide, and other cathode systems for material screening and electrode validation.
- Li-ion: LFP, NMC, high-nickel systems
- Na-ion: polyanion systems including NFPP and NFS; layered oxide systems including P2-type and O3-type
- Support: powder, coated electrode
Materials
Anode Materials for Li-ion & Na-ion Batteries
Graphite anodes, silicon-carbon anodes, and hard carbon.
- Li-ion: graphite and silicon-carbon anodes
- Na-ion: resin-based and bio mass-based hard carbon
- Support: powder, coated electrode
Materials
Battery Electrolyte Systems
High-energy-density, long-cycle, low-temperature, and high-safety electrolyte systems for Li-ion and Na-ion cells.
- Targets: high energy density and long cycle life
- Options: low-temperature and high-safety systems
- Support: formulation matching and pouch-cell evaluation