THE ROLE OF NITROGEN STABILIZERS IN INCREASING THE RESISTANCE OF SULFUR CONCRETE TO CHEMICAL CORROSION
he article presents a comparative analysis of the microstructure of elemental sulfur and modified sulfur using a scanning electron
microscope (SEM). During the study, the frost resistance of modified sulfur concrete, in particular, its physical and mechanical
properties during freeze-thaw cycles from 4 °C to -18 °C, was studied in depth. The effect of the molar ratios of the main
components of concrete - sulfur, mineral fillers and plasticizers - on such important indicators as its strength, frost resistance,
density and service life was experimentally determined. The results obtained show the advantages of modified sulfur concrete over
ordinary sulfur concrete. In particular, it is proven that this material has great prospects as an environmentally friendly, safe and
long-lasting building material that can be used in low-temperature climatic conditions
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