High Energy Density and Performance for Advanced Batteries
We produce cathode materials compatible with various battery technologies, including lithium-ion, metal-air, and sodium-ion, ensuring superior efficiency and stability. From electric vehicles and renewable energy storage systems to consumer electronics and defense applications, these materials give you a competitive edge by enabling increased capacity, faster charge/discharge, and long-lasting consistency in battery design.
Cutting-Edge Cathode Materials
NMC (Nickel-Manganese-Cobalt) & Related Systems
*Enhanced thermal stability through coating and doping techniques, delivering longer cycle life.
LFP (Lithium Iron Phosphate)-Based Composites
*Porous structures and specialized binder systems achieve low internal resistance and fast charging capabilities.
Lithium-Metal, Metal-Air Focused Cathodes
*Anti-corrosion coatings and stable compositions ensure safe, efficient battery architecture.
Spinel and Cation-Vacancy Structures
*Sustain reliable performance under high current demands—ideal for power-intensive scenarios.
Key Features
High Energy Density & Extended Cycle Life
Precisely engineered crystal structures store more charge with minimal degradation
Enhanced Thermal & Chemical Stability
Surface functionalisation and metal-oxide coatings minimise overheating and parasitic reactions
Optimised for Fast Charge / Discharge
High electronic conductivity and tailored porosity enable efficient current distribution
Project-Focused Customisation
Batch-specific dopants, coatings, and particle morphologies matched to automotive, aerospace, or industrial specs
Sustainability & Quality Commitment
ISO-compliant, eco-conscious production with rigorous QC for dependable, traceable performance
APPLICATIONS
