The effectiveness of the use of the synthesizable aluminosilicates in cement composites as the modifying additive, regulating the structurization and increasing the operational properties of cement systems is investigated. Nature of change of the index рН of a liquid phase of cement systems with the use of the synthesized aluminosilicates is studied. The information about a thermal emission kinetics at hardening cement composites are provided.
One of the priorities of the modern building materials science is the development of efficient building materials with the high operational properties. The solution of this problem base on purposeful formation of the material structure as heterogeneous, multiphase system of the complex hierarchy. One of the directions of properties management of this system is the modification of their structure by nanosized particles [1, 2, 3].
The investigation of the effect of particle size and velocity on solid particle wear properties of basalt base glass-ceramics AIP Conference Proceedings 1809, 020022 (2017) Abstract. Provide a composition of dry building mixes (DBM), designed as a tile adhesive to complete the facing of facades and internal walls of buildings with ceramic tiles Tile adhesive contains Portland cement, quartz sand in the ratio of fractions 0,63-0,315:0,315-0,14 respectively 80% and 20 %, plasticizer of Kratasol, with a re-dispersing the powder Neolith P4400 and admixture based on synthetic zeolites. The article includes evaluation of the performance properties of the layer of tile adhesive based on dry cement building mix and the calculation of the magnitude of creep of the adhesive layer based on the developed formulation of dry building mix.
Proved the possibility of using amorphous aluminosilicate as a modifying agent for the adhesive dry mixes. The presented the technology of preparation of the additive based on amorphous aluminosilicates. Presents data on the influence of additives on the basis of amorphous aluminosilicates change the topological structure of cement stone.
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