Please use this identifier to cite or link to this item: http://repositsc.nuczu.edu.ua/handle/123456789/25345
Title: Establishing the rules of fire-resistant biocomposites for building materials
Authors: Likhnyovskyi, Ruslan
Tsapko, Yuriy
Tsapko, Aleksii
Shumbar, Kostiantyn
Slutskaya, Oksana
Berdny, Oksana
Borysova, Anna
Dotsenko, Oleksandr
Keywords: biocomposites, fire resistance, intumescent coating, plant materials, adhesive ability, foam coke layer
Issue Date: Apr-2025
Publisher: Eastern-European Journal of Enterprise Technologies. Vol. 2, № 10 (134): Ecology, 2025. Pp. 35-43.
Citation: Eastern-European Journal of Enterprise Technologies. Vol. 2, № 10 (134): Ecology, 2025. Pp. 35-43.
Abstract: he object of this study is the process of forming a heat-insulating layer of foam coke under thermal action on a biocomposite with the presence of an intumescent coating. The task addressed is to establish the effectiveness of the formation of a heat-insulating intumescent layer of foam coke under thermal action on an intumescent coating, which effectively inhibits high temperature. It has been proven that when wood and fabric are treated with fire retardants, chemical bonds arise that characterize symmetric and asymmetric valence vibrations of C–H in the methyl and methylene groups of lignin and cellulose. For wood treated with an intumescent coating, the value of the adhesive strength was set at 0.25 MPa, while the destruction occurred along the polymer shell with a detachment area of about 25 %. For particleboard treated with an intumescent coating, the value of the adhesion strength is about 0.45 MPa, while the failure occurred along the polymer shell with a separation area of about 10 %.
URI: http://repositsc.nuczu.edu.ua/handle/123456789/25345
Appears in Collections:Науково-дослідний центр досліджень та випробувань

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