PRODUCT INFORMATION Product Summary Guide - Purolite

HYDROMETALLURGICAL RESINSPUROLITEA100/2412S992A500CPlusPFA600/4740A660/4759PFA460/4783A500U/2788A500U/4994A560/4790A100MoS930PlusS930/4888S950S960A170/4675A172/4635S984S957TYPEMacroporousMixed BaseAnionMacroporousWeak Base /ChelatingMacroporousStrong BaseAnionGelStrong BaseAnionGelStrong AcidCationGelStrong AcidCationMacroporousStrong BaseAnionMacroporousStrong AcidCationMacroporousStrong AcidCationMacroporousMixed BaseAnionMacroporousChelatingMacroporousChelatingMacroporousChelatingMacroporousChelatingMacroporousWeak BaseAnionGelWeak BaseAnionMacroporousWeak Base /ChelatingMacroporousStrong AcidCation /ChelatingFUNCTIONALGROUPMixedTertiary &QuaternaryAminesMixedAminesQuaternaryAmmoniumQuaternaryAmmoniumQuaternaryAmmoniumQuaternaryAmmoniumQuaternaryAmmoniumQuaternaryAmmoniumQuaternaryAmmoniumMixedTertiary &QuaternaryAminesMOISTUREIONICFORM CAPACITY RETENTION%Cl - 3.8 eq/kg 46–56FB 4.4 eq/kg 47–55Cl - 1.15 eq/l 57–63Cl - 1.6 eq/l 40–45Cl - 1.3 eq/l 44–52Cl - 1.3 eq/l 47–54Cl - 1.15 eq/l 53–58Cl - 1.15 eq/l 53–58Cl - 1.15 eq/l 49–56REMARKS & APPLICATIONSFor effective recovery of aurocyanide complexes obtained fromthe alkaline cyanide processing of gold ores. Suitable for RIPprocess. 800-1300 µm grading.For effective recovery of aurocyanide complexes obtained fromthe alkaline cyanide processing of gold ores. Suitable for RIPprocess. 800-1300 µm grading.For effective recovery of gold complexes obtained from thethiosulfate processing of gold ores.For the extraction of uranyl sulfate and carbonatecomplexes from the leachates originated from ISL, batchor heap leaching processes.For the extraction of uranyl sulfate complexes from the sulfuricleachates. Suitable for RIP process. 800-1300 µm grading.For the extraction of uranyl sulfate complexes from theclean sulfuric solutions.For uranium recovery. Suitable for RIP process.800-1300 µm grading.For uranium recovery. Suitable for RIP process.710-1300 µm grading.For uranium recovery from the sulfuric solutions. Suitablefor RIP process. 800-1300 µm grading.Cl - 1.2 eq/l 48–56 For molybdenum recovery from acid solutions.Iminodiacetic Na + 50 g/l Cu 52–60 For base metals recovery from weak acid solutions.Iminodiacetic Na + 50 g/l Cu 52–60AminophosphonicBispicolylamineComplexAmineComplexAmineMixedprimary,secondaryand tertiaryaminesMixedSulfonic andPhosphonic*Some products can be supplied in customized ionic form.For base metals recovery from weak acid solutions. Suitablefor RIP process. 800-1300 µm grading.Na + 26 g/l Ca 60–68 For recovery of uranium from phosphoric acid.SO 42-25 g/l Ca 50–60FBFB1.3 eq/l1.2 eq/l42–47(Cl)25–45(Cl)For sorption of base metals from more concentrated sulfuricsolutions and separation of base metals.For selective sorption of rhenium from acid streams.Suitable for RIP process. 600-1200 µm grading.For separation of rhenium from molybdate.FB 2.7 eq/l 50–56 For tungsten impurity removal from molybdate solutions.Na + 18 g/l Fe 55–70For removal of ferric iron from copper, nickel orcobalt electrolytes as well as molybdenum sorption fromstrong acid solutions.11