A Scaled Demonstration of LiNi0.6Mn0.3Co0.1O2 Synthesis by Dryve Battery Materials’ Dry, pCAM-free Processing

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Discover pCAM-Free, Dry Cathode Synthesis.

Our latest white paper presents a practical demonstration of pilot scale synthesis of single crystal mid-nickel LiNi0.6Mn0.3Co0.1O2 (SC NMC631) cathode active material using Dryve Battery Materials’ patented dry, pCAM-free technology. Results demonstrate that Dryve’s NMC631 CAM can be a competitive alternative to today’s best-performing commercial material.

A patented breakthrough. A world-first, fully scalable method for producing precursor-free NMC cathode powders.
A sustainability game-changer. No water. No complex reagents. No sodium sulphate or ammonia byproducts. A dramatically smaller manufacturing footprint.
A cleaner supply chain. Reduced land use, lower power consumption, and a more efficient, cost-effective process.
Broad chemistry compatibility. Designed for NMC, NCA, and LMR.