Thin-layer thermal insulation coatings based on high-filled spheroplastics with polyorganosiloxane binder

Chukhlanov, V. Yu.; Selivanov, Oleg; Trifonova, T A; Ilina, Marina; Chukhlanova, N. V.

doi:10.1088/1755-1315/90/1/012061

Cited by 3 publications

(1 citation statement)

References 4 publications

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“…Nowadays, composite polymer materials, being multicomponent materials, consisting of polymer base (matrix) and various fillers, find wide application [1][2][3]. Foams belong tothe polymer composite materials, in which polymer matrix is filled with various hollow microspheres [4][5][6]. Herewith, various polymers and reactive oligomers can be used as polymer matrix, depending on what properties are required of a particular cellular material and for what operational conditions it is developed [7][8][9].…”

Section: Introductionmentioning

confidence: 99%

Development of Heat-Resistant Composite Foam Material

Chukhlanov

Selivanov

Ilina

2023

MSF

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The paper is devoted to the research results dealing with the development of heat-resistant composite cellularmaterial, where polymer matrix is based on10% polycarbosilanesolution in xylene, hollow microspheres and fibrous mineral material are used as fillers. In this study, the used hollow microspheres are corundum and aluminosilicate microspheres, and fibrous filler is quartz fiber. According to the experiments, the best results refer to thecomposite foam samples, containing hollow corundum microspheres as filler. The developed composite foam is characterized with low thermal conductivity and density, good physical and mechanical properties,when polymer binder content was 20-70% wt., corundum hollow microspheres - 20-60% wt., and quartz fiber material - 10-50% wt. Thus, the developed composite foam might be recommended for the applicationin high-tech industries, including heat and power engineering, nuclear power and aircraft construction as high-temperature thermal insulation material.

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Section: Introductionmentioning

confidence: 99%

Development of Heat-Resistant Composite Foam Material

Chukhlanov

Selivanov

Ilina

2023

MSF

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The Development of Polymer Fire-Resistant Thermal Insulation Coating Filled with Anthropogenic Waste

Ilina

Selivanov

Kurochkin

2021

Lecture Notes in Civil Engineering

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Energy-efficient indicators of panel housing mass construction in the climatic conditions of central Russia

Modin

Lukin

Vlasov

et al. 2020

IOP Conf. Ser.: Mater. Sci. Eng.

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For the design of energy-efficient buildings, it is only necessary to ensure balanced energy consumption. The definition of energy efficiency is inextricably linked to compliance with requirements and economic costs. The concept of energy efficiency does not only apply to a new building. The new design used all the necessary elements. The use of single-layer prefabricated panels in new construction allows for external insulation taking into account the overlap of all monolithic joints. One of the potentially promising methods of thermal insulation of outdoor structures is the use of liquid-ceramic (thermal insulation) coatings. In the course of the study, it was concluded that the surface temperature of the reinforced concrete panel when using two different insulation options has similar indicators. But the difference in the values of the heat flux is 36.2%, i.e. when using liquid-ceramic insulation, the amount of heat transferred through the wall panel is more by 9.67 W / m2. Economic calculation shows that the use of liquid-ceramic insulation has a positive economic effect in comparison with the classical method of wall insulation by 19.56%.

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Thin-layer thermal insulation coatings based on high-filled spheroplastics with polyorganosiloxane binder

Cited by 3 publications

References 4 publications

Development of Heat-Resistant Composite Foam Material

Development of Heat-Resistant Composite Foam Material

The Development of Polymer Fire-Resistant Thermal Insulation Coating Filled with Anthropogenic Waste

Energy-efficient indicators of panel housing mass construction in the climatic conditions of central Russia

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