Technical Intelligence & Insights
Explore our curated collection of technical analyses and commercial scale-up strategies specifically focused on LiFSI. These insights are designed to support R&D and procurement teams in optimizing their supply chains.
Novel patent CN116425128B enables high-purity anhydrous LiFSI production. Offers safer, scalable electrolyte solutions for battery supply chains.
Advanced patent CN108002355A enables high-purity LiFSI production with reduced costs and enhanced supply chain reliability for global battery manufacturers.
Patent CN115611245B reveals catalytic method for HClSI. Enhances yield and purity for LiFSI production. Offers supply chain stability and cost efficiency for battery manufacturers.
Patent CN115611245B reveals improved LiFSI synthesis. Enhances yield and purity for battery electrolyte manufacturing supply chains.
Novel phosphine-based route for high-purity battery electrolyte salts. Reduces corrosion and waste. Reliable supply chain partner for electronic chemicals.
Patent CN116283601A reveals a safe route for LiFSI precursors using sulfuryl fluoride, offering cost reduction and supply chain reliability for battery manufacturers.
Novel phthalimide-based method for LiFSI production ensures high purity and safety. Offers significant cost reduction and supply chain reliability for battery electrolyte manufacturing.
Patent CN114031053B reveals a novel precipitation method for LiFSI and NaFSI salts, offering superior purity and simplified processing for reliable battery material supply chains.
Novel catalyst-free metal process for high-purity LiFSI production. Reduces contamination risks and simplifies supply chain for battery manufacturers globally seeking reliable partners.
Advanced patent method for high-purity LiFSI liquid salt production ensuring safety and cost efficiency for battery electrolyte supply chains.
Novel ionic liquid catalyzed synthesis ensures high purity and scalable production for advanced battery electrolyte manufacturing supply chains.
Advanced synthesis of bis(fluorosulfonyl)imide salts via polymer-supported catalysis ensures high purity and supply chain reliability for energy storage manufacturing.
Patent CN116854051B reveals efficient deep eutectic solvent method. High purity LiFSI intermediate with mild conditions and supply chain advantages.
Patent CN115140715A reveals a solvent-free method for bis(fluorosulfonyl)imide salts. Achieve >99.95% purity for lithium battery electrolytes with reduced processing costs.
Patent CN116924358A details a novel low-temperature synthesis route for high-purity bisfluorosulfonimide salts, offering significant supply chain stability and cost advantages for battery electrolyte manufacturing.
Patent CN115583635A reveals a novel LiFSI synthesis route avoiding SO2 gas. Enhances supply chain reliability and purity for battery energy storage materials.