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The Future of Li-ion Energy Storage

Nanoramic's Neocarbonix® technology redefines Li-ion battery capabilities

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A Powerful Electrode Technology

Removing the Most Limiting Materials in the Battery

 

Nanoramic's Neocarbonix technology replaces limiting materials used in conventional Li-ion battery manufacturing with safer, more environmentally friendly alternatives, enabling high-performance, low-cost, and sustainable batteries that are second to none and widely applicable across industries.

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As the global demand for batteries surges, Neocarbonix is a powerful yet practical solution for battery manufacturing to stay at the forefront of sustainable energy transition.​​

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Breaking down fundamental barriers to growth in the Li-ion market

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Significant Cell Cost ($/kWh) Savings, up to 27%

 

Neocarbonix enables thicker electrodes with less inactive material and lower manufacturing and capex costs

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-27% Cost

Drastically Improve Battery Energy Density and Duration, up to 30%

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Neocarbonix enables a thicker active material layer with much greater energy density and higher electric conductivity

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+30% Energy Density

Fast Charge and High-Power Capabilities Without Compromise

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Neocarbonix batteries avoid the conventional drawback of sacrificing between energy density and power

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Batteries with Neocarbonix can fast charge to 80% in less than 15 min

Greater Power

​Transition to safer and more environmentally friendly materials in battery manufacturing.

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Neocarbonix eliminates the need for PVDF, a PFAS "Forever Chemical," addressing potential regulatory and supply chain risks

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It also replaces NMP solvent with safer, more environmentally-friendly solvents

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Significantly Reduce the Carbon Footprint of Li-ion Production, up to 25% for a Typical Gigafactory

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Neocarbonix reduces the carbon footprint of electrode drying by 75%

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Enabled by replacement of difficult-to-dry NMP solvent with easy-to-dry green solvents

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-25%

Simplify Recyclability of Li-ion Batteries In-Factory and End of Life

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Elimination of PVDF enables retrieval of active materials in an environmentally-friendly manner using water

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© 2024 Nanoramic, Inc. All Rights Reserved.

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