Abstract
Today, in the field of construction, the volume of use of ceramic paving stones is growing from year to year to improve the resistance to environmental influences and the decorative properties of road surfaces of modern buildings and structures. Along with this, it is important to obtain ceramic pavers based on compositions consisting of mineral and technogenic raw materials that prevent premature wear under the influence of a salty environment in regions with high salinity. All over the world, intensive scientific research is being carried out to develop the production of ceramic paving stones and other related building materials for regions with high humidity and salinity. In research, special attention is paid to improving the process of firing ceramic mass, introducing modifying additives into the composition, developing technologies for obtaining new materials with crystalline structures and the formation of their properties.
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