Abstract
The article outlines the principles that ensure the production of high-strength ceramic bricks. The change in the phase composition of clay raw materials during firing is analyzed. The role of the calculation method for determining the amount and composition of the melt formed during firing is determined. The value of the glass phase in the strengthening of the ceramic shard has been determined. Taking into account the properties of neoplasms, various types of structures were analyzed. The optimal structures for increasing the strength of fired ceramics are determined. The main factors that increase the strength of ceramic bricks and methods for their implementation were established. The factors that increase the strength of ceramic bricks are determined. Implementation methods are recommended.
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