Evaluation of effectiveness of wood fire protection upon exposure to flame of magnesium

Influence of dry mixtures in a coating on the effectiveness of wood protection from the action of a magnesium flame

“…This work is a continuation of research reported in [1][2][3], in which the mechanism for the formation of foam-coke, its displacement and the implementation of thermal insulation of high temperature were described in detail.…”

“…It was established that an untreated sample of wood is capable to ignite and spread a flame through a surface after ignition, and this leads to the destruction of a structure [1]. A use of inorganic coatings can slow down heating of a material and maintain its functions during a fire for a given period of time, but it requires significant costs [2,3].…”

Establishment of the mechanism and fireproof efficiency of wood treated with an impregnating solution and coatings

“…Present work is continiation of the studies given in [1][2][3] that report in detail the mechanism of fire protection Table 3 Results of testing a coefficient of smoke generation of wood of wood, the formation of coked cellular material, shift and thermal insulation of high temperature.…”

“…The research conducted established [1] that a non-treated wood sample is able to ignite and spread the flame over surface after ignition, which leads to significant smoke generation. Application of coatings makes it possible to slow the heating of the material and to maintain their functions during fire over a specified period of time.…”

Establishment of fire protective effectiveness of reed treated with an impregnating solution and coatings

“…UDC 614.842 DOI: 10.15587/1729-4061.2018.141030 the material decreases the formation of flammable volatile products, inhibits gas-phase reactions of flames and excludes non-flame combustion of carbonized residue [3,4].…”