The scientifically grounded and experimentally confirmed features of formation of stable foam concrete mixes in time are considered. It is shown that the formation of such gas-filled structures is possible only with water content, the value of which is sufficient for wetting the surface of all solid dispersed particles of raw materials, the formation of foam films and the processes of adsorption and chemical hydration of binder particles. It is proved that taking into account the value of the aeration potential of the foaming agent, it is possible to obtain stable foam concrete mixtures of a given density
Problems of energy saving in the building complex require the development of gas-filled concrete technologies. The existing level of knowledge about the regularities of the formation of high-strength structures is insufficient for the qualitative management of technological processes in production. Therefore, an attempt to analyze the effect of the recipe and the surface properties of raw materials on the rate of phase transitions in foam concrete mixes and their strength has been made. The positive qualitative and quantitative influence of the aggregate fibrous form on the properties of the foam concrete mixes has been established.
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