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RADIO-TRANSPARENT HEAT-RESISTANT COATING ON BASE OF INORGANIC BINDER
https://doi.org/10.17073/1683-4518-2017-4-50-52
Abstract
The inorganic moisture-protective coating with elevated thermal stability and good physical and mechanical properties was developed at the A. G. Romashin's JSC «Obninsk Research and Development Enterprise «Tekhmologia» on base of the quartz slurry with the alumina-chrome-phosphate binder. The coating technology was perfected using the composite materials samples and articles. The coating heat resistance was investigated, it was shown that the coating was thermally stable at the temperature over 1200 °C. Through the example of coated samples and experimental models the considerable decreasing of porosity and moisture absorption of the composite material was achieved, the dielectric properties being retaining. Ill. 1. Ref. 5. Tab. 2.
About the Authors
P. A. StepanovRussian Federation
V. V. Antonov
Russian Federation
I. G. Atroshchenko
Russian Federation
O. V. Nikulina
Russian Federation
O. A. Stroeva
Russian Federation
F. Ya. Borodai
Russian Federation
L. K. Nepovinnykh
Russian Federation
References
1. Брок, Т. Европейское руководство по лакокрасочным материалам и покрытиям / Т. Брок, М. Гротэклаус, П. Мишке. ― М. : Пейнт-Медиа, 2015. ― 548 с.
2. Гуртовник, И. Г. Радиопрозрачные изделия из стеклопластиков / И. Г. Гуртовник, В. И. Соколов, Н. Н. Трофимов, С. И. Шалгунов ; под ред. В. И. Соколова. ― М. : Мир, 2003. ― 368 с.
3. Журавлев, Г. И. Химия и технология термостойких неорганических покрытий / Г. И. Журавлев. ― М. : Химия, 1975. ― 200 с.
4. Сайфуллин, Р. С. Неорганические композиционные материалы / Р. С. Сайфуллин. ― М. : Химия, 1983. ― 304 с.
5. Эйдук, Ю. Я. Неорганические стекловидные покрытия и материалы / Ю. Я. Эйдук. ― Рига : Зинатне, 1969. ― 502 с.
Supplementary files
For citation: Stepanov P.A., Antonov V.V., Atroshchenko I.G., Nikulina O.V., Stroeva O.A., Borodai F.Y., Nepovinnykh L.K. RADIO-TRANSPARENT HEAT-RESISTANT COATING ON BASE OF INORGANIC BINDER. NOVYE OGNEUPORY (NEW REFRACTORIES). 2017;(4):50-52. https://doi.org/10.17073/1683-4518-2017-4-50-52
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