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Applied Sciences OPEN ACCESS

USE OF BASALT AND CLAY MATERIALS IN THE COMPOSITION OF CERAMIC MASSES

Kalbaev Bakhauatdin Aleuatdinovich
Doctoral student of Institute of General and Inorganic Chemistry of Academy of Sciences of the Republic of Uzbekistan, Tashkent, Uzbekistan
Eminov Ashrap Mamurovich
Doctor of Technical Sciences, Prof. Head of the Yangier branch of Tashkent Institute of Chemical Technology Department, Yangier, Uzbekistan
Usmanov Khikmatulla Lutpullayevich
Doctor of Sciences, Institute of General and Inorganic Chemistry of Academy of Sciences of the Republic of Uzbekistan, Uzbekistan
Niyazova Shokhista Mansuraliyevna
PhD, Institute of General and Inorganic Chemistry of Academy of Sciences of the Republic of Uzbekistan, Uzbekistan
tajas 2024
VOL. 6 / NO. 04 APRIL
VOLUME 6
ISSUE 04
YEAR 2024
PAGES 12-18

Abstract

The article examines the chemical mineral composition, the formation of crystalline phases of minerals, the basic properties of ceramic masses with igneous rocks and the formation of minerals during the sintering process in the temperature range 950-1150°C. The results obtained indicate that the introduction of iron-containing basalts stabilizes the structure of ceramic slabs and reduces their sintering temperature. According to geological data, kaolins from the Republic of Karakalpakstan are promising for use.

Keywords

Basalt ceramic plate temperature

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References

  1. A.M. Eminov., B.A. Kalbaev, B.A. Khojametova. Prospects for the use of Karakalpakstan kaolins in the production of ceramics // Uzbek Scientific, Technical and Production Journal Composite Materials No. 4/2022 ISSN 2091-5527 St, 167-171 Tashkent – 2022
  2. Eminov A.M., Kalbaev B.A. Basalt rocks of Karakalpakstan for the production of ceramics // New Refractories magazine No. 11 2023. P. 3-7
  3. Kadirova Z.R., Eminov A.M., Hujamberdiev M.I., Boyjanov I. Prospective Kaolins in Uzbekistan. Tile & Brick International. 2003.-vol.19.- №4.- P.252-257.
  4. Tairov S.S., Kadyrova Z.R., Usmanov Kh.L. Use of dust from gas cleaning of steel furnaces in the composition of ceramic masses // Glass and Ceramics. 2023.T. 96, No.1.P.41–46.
  5. Sabirov, B.T., Kadyrova, Z.R., Tairov, S.S. Development of Optimal Compositions of Ceramic Tiles Using Dune Sand. Glass and Ceramics, 2019, Vol.75(9-10), P. 363–365.
  6. Eminov A.M., Kadyrova Z.R., Negmatov S.S., Eminov Al.A. Microstructure Investigation of the Leucratic Granites of the Kargaliiskoe Deposit. Class and Ceramics, 2017, vol.74, Issue 3-4, P.137-139.
  7. Salakhov A.M. Modern ceramic materials. Kazan. KFU.-2016.-410 p.
  8. Kadyrova Z.R., Purkhanatdinov A.P., Niyazova Sh.M. Study of Karakalpakstan Bentonite Clay for Producing Ceramic Heat-Insulating Materials Refractories and Industrial Ceramics, 2021, vol. 61, P.478-480.
  9. Niyazova Sh.M., Kadyrova Z.R., Usmanov Kh.L., Khomidov F.G. Сhemical and Mineralogical Studies of Magmatic Rocks of Uzbekistan for Obtaining Heat-Insulating Materials / // Glass and Ceramics.-2019.- V.75.- №11-12.- P. 491-495.
  10. GOST 13996-2019 Interstate standard, Facade ceramic tiles and carpets made from them, technical specifications, Facade ceramic tiles and carpets of them. Specifications, OKSTU 5752, Date of introduction 1995-01-01
  11. GOST 6141-91. Glazed ceramic tiles for interior wall cladding, Technical specifications, Glazed ceramic tiles for lining of the walls. specifications, OKP 57 5210. date of
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