Review article

The article presents the results of determining themineralogical composition of samples based on hydrauliclime. It is shown that a combined use of hydraulic and airlime leads to a decrease in calcite and low-basic calciumhydrosilicates. A higher rate of carbonation reaction ofsamples based on hydraulic lime is revealed comparedto samples based on hydraulic lime with the additionof air lime. The optimal ratio between hydraulic and airlime is determined, which ensures sufficient compressivestrength in the manufacture of plaster solutions basedon quartz sand.