NXSP is a drop-in replacement of Li-ion binders and additives in both cathodes and anodes. It removes critical constraints to improve performance (energy, power, cycle life), cost, and sustainability. NXSP enables NMP-free manufacturing and it is the world’s only PFAS-free Li-ion battery solution. Customers who use NXSP benefit from longer range EVs, higher torque in their power tools, thinner mobile devices, and lower cost stationary storage.
Designed in the United States, mass produced globally.
Secure & traceable materials
Geopolitical resilience
Scaled by Tier 1 partners
Available for mass production. Tailored for specific active materials and applications.
NCM / NCA / NCMA
Ultra-high solid content for single crystal active materials. Enhances energy density and reduces processing cost.
Target: EVs, Consumer Devices
Polycrystalline NCM / NCA / NCMA
Achieves ultra-high power capabilities and low cell resistance. Delivers sustained performance in high-demand scenarios.
Target: eVTOL, Drones, Power Tools
LFP
Lower processing cost and high mass loading capabilities, maximizing the performance and cost advantages of LFP.
Target: Stationary Storage, EVs
20% - 100% Si-C
Enables long lasting Silicon Anodes with enhanced mechanical stability. Maintains conductivity during Si-C volume expansion.
Target: EVs, Consumer Devices, Drones
NXSP is designed to meet the rigorous demands of next-generation applications, delivering higher energy density and power across multiple platforms.
Longer range EV's & lower cost per kWh
Thinner mobile devices in compact spaces
Ultra-high power for sustained flight
Lower cost scalable manufacturing
Neocarbonix achieves three main goals: a dramatic reduction in manufacturing cost, a significant increase in energy and power density, and massive scalability via our drop-in NXSP.
A sustainable drop-in solution replacing conventional binders and additives with a composite binding mesh. Our ultra-high solid content slurry enables NMP-free manufacturing, allowing for faster coating, lower drying energy, and lower manufacturing cost.
No need to alter existing slot-die coaters or drying ovens. NXSP mixes with active materials using standard Roll-to-Roll lines, perfectly mimicking conventional slurry rheology.
Achieves higher energy and power density without tradeoff by enabling high loading cathodes and silicon anodes with superior conductivity.