Enhanced Energy Density
Designed to improve usable energy while maintaining the inherent stability of olivine-based materials.
E4 Missions
40 Years Turning Battery Innovation into Commercial Reality
Designed to improve usable energy while maintaining the inherent stability of olivine-based materials.
Supporting electric vehicle and aviation platforms with enhanced driving and flight distance.
Engineered for durability, with extended calendar and cycle life under repeated charge and discharge operation.
Built on advanced olivine chemistry with outstanding thermal, chemical, and structural stability for enhanced operational safety.
Innovation pipeline
Transforming Breakthroughs into Commercial Materials
Lithium manganese iron phosphate is the foundation of the current development pipeline, targeting high-performance mobility and storage applications that need olivine safety with improved usable energy.
Sodium-based olivine materials are being explored as a lower-cost, resource-conscious direction for future battery systems where material availability and affordability become decisive.
Sodium Manganese Iron phosphate represents an advanced R&D path for balancing performance, safety, and sustainability as next-generation battery requirements evolve.
Target Segments
OlivineTech’s cathode active materials are being developed for cell manufacturing across various segments.
LMFP and NMFP cathode materials designed for electric transportation platforms requiring improved range, safety, durability, and cost efficiency.
Advanced LMFP and NMFP material pathways for drones, eVTOL, and aerial mobility applications requiring high energy density, lightweight design, reliability, and thermal stability.
LFP and NFP cathode materials engineered for stationary energy storage systems and AI data center backup power applications requiring long calendar life, operational safety, and cost-effective deployment.
Team
Contact
Partner with us to advance safer, more affordable, and more sustainable battery materials.
OlivineTech is open to partnerships with battery manufacturers, automotive companies, energy storage developers, research institutions, investors, and strategic collaborators.
Let's build the next generation of olivine cathode materials.