Abstract
A study of the effect of chemical and physical processes on the growth rate and quality of thermal diffusion coatings is performed on the basis of comparative analysis of dynamic and traditional galvanizing methods, with which treatment of components occurs in a rotating container and contact of a galvanizing mixture with a component surface takes place due to interspersion and tilting. Theoretical possibilities are considered for the choice of mixture composition and consumption of activator in relation to its consumption and container volume. Examples are provided for practical use of the method.
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