REFRACTORY ADHESIVES BASED ON SPENT ALUMINA AND CHROMIUM OXIDES
Abstract
Phosphoric acid salts (phosphates) are widely used in the national economy due to their binding properties. Various types of heat-resistant and thermally stable materials, anticorrosive and electrically insulating coatings, and highly effective adhesives have been obtained on the basis of phosphate binders. Approaching ceramics in some properties, phosphate materials at the same time have a number of valuable advantages [6-8]. For example, aluminophosphates are the most common materials based on phosphate binders. They are used to obtain effective heat-resistant concretes of various compositions and adhesives for gluing refractory products, as well as many special-purpose materials and products. The widespread use of aluminochromophosphates is explained by their diverse properties acquired depending on the type of the initial filler raw material and the technological parameters of production. This paper discusses the curing processes of heat-resistant adhesives obtained on the basis of Shurtangas waste, aluminum oxide, and reactive chromium oxide.
References
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