Abstract
Aqueous dispersions of polynuclear zirconium benzoate with molar ratios of Zr: C6H5COO = 3–6, stable at pH 3.25–3.87 and having “solubilities” of up to 20 mg/mL by ZrO2, are prepared; in such dispersions, benzoate decomposes to ZrO2 at 500°C. Adding thin multiwalled carbon nanotubes to these dispersions makes it possible to isolate stable dispersions that contain both zirconium and nanotubes, mixtures suitable for producing composite coatings. It is shown that the concentration of nanotubes in mixtures with ZrO2 can vary within 1.7–50.6 wt %.
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