English
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Cyanex272 extractant has proven to be the reagent of choice for the separation of cobalt from nickel from both sulfate and chloride media. It is now being used to produce a major portion of the world's cobalt
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Cyanex272 Solvent extraction reagent :
Selective for cobalt over nickel from sulfate and chloride media
Selective for zinc in the presence of calcium and cobalt
Separate for heavy rare earth elements Tm/Yb/Lu
Introduction:
Cyanex272 extractant has proven to be the reagent of choice for the separation of cobalt from nickel from both sulfate and chloride media. It is now being used to produce a major portion of the world's cobalt
Specification:
Test Item | Specification | |
Appearance | Colourless to light yellow viscous liquid | |
Content (Acid-Base titration) | 92.0%min | |
Density （20℃） | 0.9~0.95g/ml | |
Viscosity | 20℃ | ＜250mm2/s |
50℃ | ＜80mm2/s | |
Cyanex272 Solvent extraction reagent :
Selective for cobalt over nickel from sulfate and chloride media
Selective for zinc in the presence of calcium and cobalt
Separate for heavy rare earth elements Tm/Yb/Lu
Introduction:
Cyanex272 extractant has proven to be the reagent of choice for the separation of cobalt from nickel from both sulfate and chloride media. It is now being used to produce a major portion of the world's cobalt
Specification:
Test Item | Specification | |
Appearance | Colourless to light yellow viscous liquid | |
Content (Acid-Base titration) | 92.0%min | |
Density （20℃） | 0.9~0.95g/ml | |
Viscosity | 20℃ | ＜250mm2/s |
50℃ | ＜80mm2/s | |