Products and services
Lithium-ion batteries are at the heart of modern technology—powering everything from laptops and electric vehicles to grid-scale energy storage, drones, and humanoid robots.
At the core of every battery lies its electrolyte, the essential medium that enables Li⁺ ions to move between electrodes. Electrolytes critically influence cell performance, durability, and safety.
Nordic Lyte specializes in custom-designed high-performance electrolytes, leveraging years of research experience, proprietary data, and in-depth chemical knowledge.
Product development
Customized Battery Electrolyte Design
Nordic Lyte develops and delivers tailor-made electrolyte formulations to meet your specific technical requirements.
Our solutions cover a wide range of advanced battery chemistries, including:
- High-nickel NCM/SiOx@C systems
- High-voltage NCM/Graphite systems
- Energy storage LFP/Graphite systems
- Electric vehicle LFP/Graphite systems
- LMFP/Graphite systems
- High-voltage LNMO/Graphite systems
- Lithium- and manganese-rich (LMR)/Graphite systems
- Sodium-ion battery systems
- Lithium-metal battery systems
Available components
High-Quality Electrolyte and Components Supply
Nordic Lyte provides electrolytes and electrolyte components in quantities ranging from gram-scale for R&D to ton-scale for industrial production.
Available components include:
- Salts: LiPF₆, LiFSI, NaPF₆, and more
- Solvents: EC, DMC, EMC, PC, EA, FEMC, TTE, etc.
- Additives: VE, FEC, VEC, LiPO₂F₂, LiFS, DTD, PS, TMSP, and others
Production capabilities
Battery Chemical System Development
We offer comprehensive battery chemical system development services to support your cell design and product innovation goals.
Our capabilities include:
- Complete cell chemistry design, from raw material selection to electrode and electrolyte formulation
- Knowledge- and data-driven optimization of battery performance
- High-quality 1–5 Ah pouch cell manufacturing for chemistry verification
- Comprehensive testing for cell performance, cycle life, and calendar life
- Failure analysis (in/ex situ) to identify root causes of degradation
Services
