From Lab to Gigafactory: Key Challenges in High-Solid LFP Production

Monday, 11 May 2026

Scaling lithium iron phosphate (LFP) cathode production from laboratory processes to gigafactory manufacturing presents significant technical and operational challenges. As global demand for LFP batteries accelerates, manufacturers must increase solid content, maintain consistent particle quality, manage temperature effectively, and control contamination—all while reducing energy use and production costs.

This session explores how advanced wet milling technologies can bridge the gap between lab scale innovation and reliable industrial production. Using industrial case studies and performance data, it demonstrates how optimised milling processes enable ultra fine particle sizes, improved surface structures and enhanced material reactivity, directly impacting energy density, charging performance and battery lifespan. Attendees will gain practical insight into achieving scalable, efficient and cost effective high solid LFP production at gigafactory scale.

Key Takeaways

Key process requirements for high‑solid LFP production and their impact on battery performance

How particle size distribution and surface structure influence energy density, charging behaviour and lifespan

Critical scale‑up challenges, including temperature control, contamination prevention and process stability

Strategies to improve efficiency and reduce energy consumption in large‑scale material processing

How advanced milling technologies enable consistent quality and cost‑effective gigafactory production