Abstract
The process of hydroxide coprecipitation of nickel(II) and zirconium(IV) yielding nickel zirconate are investigated. During subsequent thermal treatment of hydroxides under a lower temperature compared with powders, stabilized nickel zirconate is formed with a stable crystal lattice, in which Zr4+ ions are replaced by Ni2+ ions producing a tinted compound. This is a prerequisite for the synthesis of stable pigments with the perovskite-like structure.
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