Chemistry: Cathode

High-Compaction-Density Cathode Is The Next Evolution In LFP Technology REACTION METHOD

Enables fast-charging in LFP batteries Higher energy density Requires new tooling & processes Commands a premium Already in several BEVs in China

Shenshing PLUS battery

High compaction density HCD LFP cathode material - improves energy density and fast-charging capabilities by addressing the trade-off between electrode thickness and performance. In China, it may accelerate the phase-out of old LFP capacity, as manufacturers must upgrade equipment and modify processes. HCD LFP involves a shift from single-sintering to a double-sintering process that ensures precise particle control, fewer impurities, and uniform carbon coating. Although the new process increases production time and costs, battery manufacturers have been willing to pay a premium for high-quality materials and help struggling LFP producers to invest in new-generation production lines. Also referred to as ‘4th Gen LFPʼ, HCD is specifically carved out in Chinaʼs recent proposal to restrict technology exports for high-end LFP.

Source: Content & analysis provided courtesy of CRU Group Distinguished Partner). For more information, visit https://www.crugroup.com.

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