Effect of Mineral Filler Compounds on Vapor Permeability and Hygroscopic Properties of Water-Based Polymer Dispersions

Abstract:

The effect of mineral filler compounds on vapor permeability and hygroscopic properties of water-based polymer dispersions and the possibility of their use as decorative and protective material for stucco facades finishing was studied. According to Facade Protection Theory (H.M. Künzel), the assessment criterion was vapor permeability and water vapor diffusivity. The pairwise correlation of building physical properties of water-based polymer dispersions in the coordinates of Künzel's diagram clearly demonstrates that, in terms of hygroscopic, all the samples studied correspond to the low hygroscopic class, and in terms of vapor, they are close to high water vapour diffusion rate class.

• Periodical: Materials Science Forum (Volume 968)
• Pages: 89-95
• DOI: https://doi.org/10.4028/www.scientific.net/MSF.968.89
• Online since: August 2019
• Authors: Natalia Vyacheslavovna Saienko*, Dmitriy Vasilevich Demidov, Yuri Viktorovich Popov, Roman Aleksandrovich Bikov, Basheer Younis, Leonid Vladimirovich Saienko
• Keywords: Aerosil, Hollow Microspheres, Hygroscopic Properties, Styrene-Acrylic Dispersion, Vapor Permeability, Water Vapor Diffusivity

References

[1] E.E. Kazakova, O. N. Skorokhodova, Water-dispersions acrylic paint and varnish materials for construction purposes, Moscow, (2003).

[2] V.P. Lobkovsky, Water-dispersion paints for protection against corrosion, Russian Coatings Journal. (2011) 44-47.

[3] V.P. Selyaev, Yu.M. Bazhenov, Polymer coatings for concrete and reinforced concrete structures, Saransk, (2010).

[4] Y. Danchenko, V. Andronov, T. Obizhenko, A. Kosse and I. Khmyrov, Intern. J. of Eng. and Tech. (UAE). 7(4.3) 3 (2018) 279-283.

[5] Y. Danchenko, V. Andronov, E. Barabash, T. Obigenko, E. Rybka and R. Meleshchenko, Eastern-Europ. J. of Enterprise Tech. 6, 12 (90) (2017) 4-12.

DOI: 10.15587/1729-4061.2017.118565

[6] L. Vakhitova, A. Zavertatnyy, F+ S: fare and security, 45 (3) (2010) 64-66.

[7] N.N. Zhdanov, R.M. Garipov and A.I. Khasanov, Bulletin of the Technological University, 17 (16) (2014) 78-80.

[8] N. Saienko, D. Demidov and M. Myagkikh, Scientific Bulletin of Civil Engineering, 86 (4) (2016) 154-157.

[9] V.N., Kupriyanov, A.S. Petrov, News of the Kazan State University of Architecture and Engineering, 2 (24) (2013) 126-131.

[10] І.M. Kasyanenko, V.Yu. Kramarenko, Issues of Chemistry and Chemical Technology, 2 (2016) 67-72.

[11] V.F. Stroganov, I.V. Bezchvertnaya and M.O. Amelchenko, News of the Kazan State University of Architecture and Engineering, 2 (20) (2012) 200-206.

[12] H.M. Künzel, Simultaneous heat and moisture transport in building components. One-and two-dimensional calculation using simple parameters, IRB-Verlag Stuttgart, (1995).

[13] H.M. Künzel, C. Fitz und M. Krus, Deutsches Institut für Normung, Beuth Verlag, (2011) 29-51.

[14] H.S. Katz, J.V. Milewski, Van Nostrand Reinhold Co, New York, (1978).

[15] N. Saienko, D. Demidov, Y. Popov, R. Bikov and V. Butskyi, Matec Web of Conferences, EDP Sciences, (230) (2018) 03017.

DOI: 10.1051/matecconf/201823003017

[16] N.V. Saienko, D.V. Demidov, Y.V. Popov and R.A. Bikov, Collection of scientific works: Ways of increasing the efficiency of construction in the conditions of formation of market relations, 1 (39) (2019) 127-132.

[17] M.S. Vinarsky, M.V. Lurie, Planning an experiment in technological research, Kiev, (1975).

[18] V.G. Blokhin, O.P Gludkin, A.I. Gurov and M.A. Khanin, Modern experiment: preparation, implementation, analysis of results, Moscow, (1997).

[19] D.V. Demidov, D.V. Demidov, R.A. Bikov, L.V. Saienko and K.O. Ilyenko, Integrated Technologies and Energy Conservation, 1 (2019) 52-60.