INFLUENCE OF LIQUID FOAMING AGENT DISTRIBUTION ON THE FORMATION OF FOAM GLASS POROUS STRUCTURE

Abstract

It was shown that the use of liquid-phase foaming agents is promising for the synthesis of foam glass. The dynamics of the change in the glass particles size in the process of batch obtaining was studied. It was shown that additional grinding of glass powder particles occurs during the mixing process. The influence of the time of the batch mixing on the structure of the foam glass was investigated. It was shown that the density of the obtained foam glass is directly proportional to the batch mixing duration. Changes in the structure of the material associated with the processes of distribution of a liquid foaming mixture on glass powder particles during mixing and subsequent changes in the dynamics of the glycerol thermal destruction processes were described.