Published
2025-02-05
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Articles
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Copyright (c) 2025 Zubaydullayev Shoxrux Shermatovich, Safarova Ruxshona Ulug‘bek qizi, Bekov Ulug’bek Safarovich
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
How to Cite
Chemical Hydrophobization Of Materials
Zubaydullayev Shoxrux Shermatovich
Student IV courses group 514 – 21 CMP Bukhara Engineering and Technology Institute, The Republic of Uzbekistan
Safarova Ruxshona Ulug‘bek qizi
Student II course, group 7 FLL – 23 Bukhara State Pedagogical Institute, The Republic of Uzbekistan
Bekov Ulug’bek Safarovich
Assistant, “Technology of building materials and structures” Bukhara Engineering and Technology Institute, The Republic of Uzbekistan
Keywords: moisture, capillary, chloride, sulfur
Abstract
In modern construction, one of the distinctive features of construction products and materials is their porosity, which leads to high moisture absorption. Rainwater can penetrate into the pores of materials, expanding several times at low temperatures and potentially causing their structural breakdown. Chemical treatments involve processes that create a dense, waterresistant layer on the surface of the material. One method to increase the density of a material's surface is by flotation. Impregnating porous stones with solutions based on monomers significantly enhances their durability.
