Abstract
It is shown that the adhesive strength of composite conducting coatings based on an aluminum-chromiumphosphate binder is determined by the intensity of the interaction between the acid binder and the alkali-containing glass enamel at room temperature. The adhesive strength provides compatible expansion of the coating and the substrate in subsequent heat treatment. Shrinkage of the composition, which depends on the removal of water, occurs only over the thickness of the coating.
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