Open Science Repository – Primary Research Data Hub

Primary Research Data Hub is Atomfair LLC’s open science repository for original, company-owned research, testing, and technical analysis. This hub brings together primary datasets, electrochemical evaluations, materials-performance studies, and applied engineering insights generated through Atomfair’s own research programs.

We are beginning with advanced battery systems because batteries sit at the center of today’s materials, energy, and manufacturing challenges. The current repository focuses on high-voltage sodium-ion and lithium-ion systems, electrolyte and interphase stability, dry electrode processing, silicon-carbon anodes, high-nickel cathodes, LCO, LMR, NFPP, Prussian Blue materials, pouch-cell cycling, cycle-life tradeoffs, and practical limits observed in real testing environments.

This is only the starting point. Atomfair is building this repository as a long-term open science initiative: a growing technical library where our proprietary research, test results, and analysis can help researchers, engineers, institutions, and industry teams evaluate materials more transparently and accelerate scientific progress. As our work expands, the repository will grow beyond batteries into broader advanced materials, energy systems, equipment data, and applied laboratory science.

Next-Gen Battery Insights | 04: Dry Electrode Technology—The Ultimate Solution for the “Crystal Water” Dilemma in Prussian Blue?

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Technical overview of dry electrode processing for Prussian Blue cathodes, focused on crystal water removal, gas suppression, high loading, and cycle life.

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Next-Gen Battery Insights | 05: 4.3V Ultra-High Voltage P2 System—How Electrolytes Tame “Phase Transition Plunges”

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Technical analysis of 4.3V P2 sodium-ion cells shows how electrolyte design suppresses P2-O2 phase transition, stabilizes interfaces, and improves cycle life.

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Challenging the Limits of Range: Breakthroughs in Industrial-Grade Long-Cycle Life for Ni90 + 60% High-Silicon Carbon Systems

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Technical review of Ni90 and 60% silicon-carbon pouch-cell cycling, showing how tailored electrolytes support 1,600+ cycles, high CE, and high-loading stability.

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