Product category
Battery and Materials
Li/Na battery raw materials, electrodes, separators, electrolytes, custom processing, and cell customization from materials to complete cells.
Li-ion / Na-ion Materials
Cathode materials, anode materials, separators, electrolytes, binders, and conductive additives for lithium-ion and sodium-ion battery R&D.
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
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
Battery Separator Base Film & Coated Separator
Base separator films and ceramic-coated separator options for safety, wettability, and cycle-life tuning.
- Formats: base film and coated separator
- Focus: safety, wettability, and thickness control
- Support: providing various type of films
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
Battery Binder Systems
PVDF cathode binders, SBR/CMC anode binders, aqueous binders, and slurry-process matching support.
- Cathode: PVDF and customized binder systems
- Anode: SBR/CMC and aqueous binder options
- Support: slurry, coating, and adhesion matching
Conductive Additives
Conductive carbon black, graphene, carbon nanotubes, and hybrid conductive networks for electrode formulation.
- Materials: carbon black, graphene, CNT
- Use: cathode and anode conductive networks
- Support: formulation ratio and coating-process matching
Pouch, Cylindrical & Prismatic Cells
Custom pouch, cylindrical, and prismatic cells across different capacities, packaging formats, long-cycle targets, and high-energy-density requirements.
High-Energy-Density Cells
Cell formats designed around high-capacity material matching, compact packaging, and higher Wh/L or Wh/kg validation.
- Formats: pouch, cylindrical, or prismatic
- Focus: high-capacity material pairing
- Target: high energy density
Long-Cycle-Life Cells
Cells developed for cycle-retention validation through stable material matching, formation design, and cycling test plans.
- Formats: pouch, cylindrical, or prismatic
- Focus: retention and cycling stability
- Target: long cycle life
High-Safety Cells
Cells configured for safety-oriented validation through separator, electrolyte, thermal, and package-level risk control.
- Formats: pouch, cylindrical, or prismatic
- Focus: separator, electrolyte, and thermal control
- Target: high safety
Technical Solutions & Examples
Cell-level technical solution support covering hard carbon preparation, electrode parameter design, material matching, electrolyte matching, cell assembly, and validation planning.
The examples below are actual technical solution outputs completed according to customer requirements.
Biomass-Based Hard Carbon Preparation Process
A practical route from biomass raw-material pretreatment to low-temperature carbonization, crushing, chemical treatment, high-temperature carbonization, magnetic removal, sieving, and final hard carbon product.
- Biomass hard carbon process route
- Carbonization and treatment parameter window
- Magnetic removal and sieving specification
Custom Electrode Coating Parameter Design
Custom design of slurry ratio, current collector, areal loading, coating thickness, drying, calendaring, and electrode delivery format.
- Electrode specification proposal
- Slurry and coating parameter window
- Coating, drying, and calendaring route
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.
- Cathode/anode matching recommendation
- Electrolyte and separator selection route
- Capacity balance and N/P ratio proposal
Rapid Electrolyte Screening for Cell Requirements
A rapid screening route for comparing electrolyte candidates against target cathode/anode systems, cell format, formation protocol, and performance requirements.
- Electrolyte intake and grouping checklist
- Rapid screening cell format recommendation
- Formation and performance test matrix