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Abstract
Abstract The ion-exchange properties of granular tin(IV) phosphate and arsenate gels, prepared under similar experimental conditions, have been compared and contrasted. Both materials behave as polyfunctional cation exchangers, and the arsenate offers no advantage over the better-established phosphate either in ion-exchange capacity or base stability. Both materials exhibit marked selectivities within the alkali metal, alkaline earth, and transition metal(II) groups of ions, although they do not show the same marked inter-group selectivity as does hydrous SnO2.
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