Solvent Extractants

Solvent extractants for Recovering Critical Metals (Cathode Materials) from Spent Batteries
Extractant: A Key Material in Used Battery Recycling Processes
Technical Edge
Extractant Design Concept

Product Information
Product Name | Target metal for extraction | Chemical structure | Characteristics (compared to market products) |
| RECYION 156 | Manganese | Phosphoric acid–based material (Product corresponding to D2EHPA) | Similar extraction performance, 10% reduction in phase separation time, 10% reduction in auxiliary material usage |
| RECYION 205 | Manganese | Phosphoric acid–based material (Product corresponding to D2EHPA) | 20% improvement in extraction performance, Operates effectively at lower pH levels |
| RECYION 301 | Cobalt | Phosphoric acid–based material (Product corresponding to Cyanex 272) | Similar extraction performance |
| RECYION 401 | Nickel | Phosphoric acid–based material (Product corresponding to PC88A) | Similar extraction performance |
| RECYION 501 | Lithium | New ethylene glycol–based material | 20% improvement in extraction performance, For direct extraction use (Direct Lithium Extraction, DLE) |
※ For inquiries: Jaegyu Jang (CTO) jangjaegyu@cosolus.com

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