About Winigen Materials
Battery Materials for the Winning Generation
Winigen Materials supplies battery materials and electrochemical components for advanced energy storage research, development, and early-stage production. We support teams working on lithium-ion, lithium-metal, silicon-anode, sodium-ion, potassium-ion, magnesium-ion, and solid-state battery systems.
Our Focus
Material access with practical electrochemical understanding
Our focus is simple: help battery developers access the right materials, compare them properly, and move more efficiently from laboratory screening toward practical cell validation.
Battery development is often slowed by fragmented material sourcing, incomplete product data, and unclear screening strategy. A material may look attractive on paper, but real cell performance depends on purity, moisture content, particle size, formulation compatibility, interphase chemistry, and processing conditions.
Winigen Materials was built to close that gap.
What We Supply
Battery materials and formulation support for advanced development
Materials
- Battery-grade lithium salts
- Sodium, potassium, and magnesium electrolyte salts
- Low-moisture solvents
- Electrolyte additives
- Solid-state sulfide, oxide, and halide electrolyte materials
- Cathode and anode active materials
- Custom electrolyte formulation support
Technical Focus
- Lithium-ion batteries
- Lithium-metal batteries
- Silicon-rich anodes
- High-voltage cathodes
- Fast-charge and low-temperature electrolytes
- Sodium-ion and next-generation batteries
- Solid-state batteries
- R&D and pilot-scale validation
Our Approach
Select materials with the final cell application in mind
Electrolyte Materials
For electrolyte materials, we consider salt chemistry, solvent compatibility, water control, additive strategy, SEI/CEI formation, gas behavior, impedance growth, voltage window, and operating temperature.
Solid-State Materials
For solid-state materials, we consider particle size, ionic conductivity, electronic conductivity, moisture sensitivity, phase purity, morphology, pellet density, interface compatibility, and processing route.
Mission
Improve access to critical battery materials and help developers move faster from concept to practical validation.
Whether you are screening a new electrolyte, sourcing solid-state electrolyte powders, evaluating sodium-ion materials, or preparing for pilot-scale development, Winigen Materials can help identify materials and screening strategies aligned with your application.