A chemical vapour deposition (CVD) technique is widely used for the preparation of protection coatings. In the present work titanium anodes with CVD coatings of iridium, platinum and Ir-Pt composite were made. The coatings were obtained by thermolysis of platinum(II) acetylacetonate and iridium(III) acetylacetonate in the oxygen or hydrogen contained atmosphere. The investigation of the samples by means of XPS showed the presence of oxide phases in the coatings. Tests of the resulting samples in the electrolysis of seawater-simulated solutions under active evolution of oxygen were conducted. Platinum coatings were found to be more stable than iridium ones, which is, to a substantial extent, due to mechanical strain at the titanium-to-coating boundary. Iridium-coated titanium foil anodes were tested in an experimental electrodialysis unit. Their service life exceeded 1 year.