LEADING THE WAY IN NEXT-GENERATION SILICON ANODE TECHNOLOGIES
NanoGraf’s technology utilizes a proprietary metal-doped silicon oxide material architecture to achieve category-leading performance and solutions to long-standing Si anode technical hurdles.
FUELING PROGRESS
Advancing Energy & Power Cells Worldwide
Industry challenge
Silicon oxide achieved market adoption a decade ago, but pain points limit its benefits and addition.
Irreversible 1st-cycle loss
High-cost production processes
High swelling limits anode incorporation
No U.S. sources
NanoGraf solution
NanoGraf has developed a proprietary metal-doped SiOx composition and low-cost coating, providing a solution to first-generation challenges.
High 1st-cycle efficiency
Low-cost production and raw materials
Suppressed swelling enables high blends
100% U.S. owned
OUR COMPETITIVE ADVANTAGE
Solving first-generation commercial SiOx pain points
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Proprietary surface and core-particular compositions provide a solution to traditional SEI and high irreversible capacity loss challenges
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Our products have been designed with scalability in mind. Conventional processes and compositions replace costly vapor deposition techniques
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NanoGraf silicon anodes have lower volumetric changes during charge and discharge, resulting in a more stable electroactive material. Our technology minimizes the deleterious effects of particulate fracture and unwanted calendar life degradation
Empowered by US advanced manufacturing, we are paving the way towards a robust and secure US supply chain.
DROP-IN SOLUTION
Drop-In Manufacturing NanoGraf silicon anodes drop into existing production equipment and processes
Material Compatibility Our product is also compatible with conventional cathode and electrolyte chemistries
HISTORICAL PERFORMANCE OF 18650 CELLS
(1992-2024)
Funded and designed to meet military directives, NanoGraf 3.8Ah 18650 demonstrates a superior energy & power value proposition over 3.5 Ah 18650 cells
Enables +800 Wh/L 18650
NanoGraf aims to become the premier producer of domestic silicon anodes, driving differentiation from the battlefield to US highways.
Technology in Action