Abstract
A number of synthetic resin latices have been developed in recent years for mechanical coating and sizing processes. The object of the present work was to investigate the electrodeposition of synthetic resins from these latices. Anodic deposits several millimeters thick were built up rapidly, at unusually low potentials, and very high current and energy yields. Deposition was effected on soluble anodes or on diaphragms interposed between anode and latex. The influence of electrode material, current density, latex concentration, and duration of deposition on the yields, water content and properties of electrodeposits is discussed and compared to the case of rubber deposition. Experimental results indicate that the anodic generation of cations appears to be the controlling step in the deposition. Applications are suggested.
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