STUDY OF FLUIDITY AND KINEMATIC VISCOSITY OF ORGANIC SILICONAL LIQUIDS AND MIXTURES BASED ON THEM

Preliminary studies have shown that hydrophobic materials ZDP "Silicon Polymer" 136-157 M, ETS-32, ETS-40, and a number of their analogs, in contrast to GKZh-11N and GKZh-11K, can withstand excess water pressure of 0.02 MPa when tested for methods developed based on standard methods for determining the water-resistance of concrete and tiles. The authors of the article developed experimental waterproofing liquids 1 K, 2 K, 1 N, and 2 N, based on GKZh-11 N and GKZh-11K. These liquids are ready for use for hydrophobization and silicatization of organosilicon compounds. The depth of penetration of waterproofing liquids into wall materials depends, in addition to the absorbency, on the value of the kinematic viscosity of such liquids. Therefore, the establishment of conditional and kinematic viscosity of waterproofing liquids is one of the tasks set in this article. Conditional (fluidity) and kinematic viscosity, due to their relationship, were determined using viscometers VZ-1, VZ-4, VZ-246, and a ball viscometer.

Sokolov, V.I., Krol, O.S, Yepifanova, O.I. (2017) Hydraulics. Publishing house of the West Ukrainian National University. Severodonezk. p 160. (in Ukrainian).
Svidersiky, V.A., Karavayev, T.A. (2010) Status, structure and protects development of the paint and varnish industry of Ukraine. Paint and varnish materials and their application. p. 8-16. (in Russian).
Svidersiky, V.A., Karavayev, T.A. (2012) Aesthetic properties of coatings from water-dissert paints. Goods and markets. p 181-190. (in Ukrainian).
Givlyud, M.M., Parchomeko, V-P.O., Margal, I.V. (2016) Influense  of hydrophobic protective coatings of the durability of concrete construction.  Collection of scientific works of LNTU of Ukrainian. Lviv. Vol. 26.3. p 311-316 (in Ukrainian).https://doi.org/10.15421/40260351
https://doi.org/10.15421/40260351
Mukhametrakhimov, R.H. (2011) Investigation of the influence of organosilicon compounds on the properties of fiber cement boards. R.H. Mukhametrakhimov, V.S. Izotov. Izvestiya KGASU, № 4 (18). p. 254-258 (in Russian).
Protection of building structures against corrosion. (1986): SNiP 2.03.11-85. М, Stroyizdat, 1986. p. 48 (in Russian).
Iliv V.V. (2006) Reception of high-performance waterproofing materials on the basis of domestic raw materials. Theory and practice of construction. Proceedings of the National University Lviv Polytechnic. Lviv. Vol. 545. p 79-82 (in Ukrainian).
Gorshkov, G.S., Timashov, V.V., Savelev, V.G. (1981) Methods of physical and chemical analysis of binders. M. Higher school, 335 p 73 (in Russian).
Demidchuk, L.B. (2012) Complex assessment of operational properties of protective coatings of building structural materials. Scientific. spring NLTU of Ukraine. № 22.3. p 118-122 (in Ukrainian).
Demidchuk, LB., Givlyud, M.M., Fedun, B.V. (2012) Ways to increase the durability of concrete structures with hydrophobic protective coatings. Commodity Bulletin. № 5. р 51-56 (in Ukrainian).
Iliv, V.V., Givlyud, M.M., Iliv, Ya.V. (2015) Features of the use of waterproofing materials based on silicone substances. Theory and practice of construction. Proceedings of the National University Lviv Polytechnic. Lviv. Vol. 823. p 129-135 (in Ukrainian).
Iliv, V.V., Iliv, Ya.V. (2017) Features of the use of organosilicon substances as materials for obtaining vertical waterproofing of walls. Theory and practice of construction. Proceedings of the National University Lviv Polytechnic. Lviv. Vol. 877. p 94-100 (in Ukrainian).
Iliv, V.V., Iliv, Ya.V. (2018) Investigation of the Permeability of Organosilicon Liquids into Materials for Vertical and Horizontal Waterproofing of Walls. Theory and practice of construction. Proceedings of the National University Lviv Polytechnic. Lviv. Vol. 888. p 65-72 (in Ukrainian).