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Possibilities of processing Central Kyzylkum phosphorites with sulfate clotted ammophos asoside into antipyretic agents have been explored. A series of studies have been conducted on the chemistry and physics of the chemical and physical processing of Central Kyzylkum (CKK) phosphorite rudas, the technology of creating antipyretic agents and the feasibility of their production. The chemistry of ammophosine, which is useful for the production of antipyrene vositas, and the parameters affecting the chemistry of ammophosine and its melting conditions, melting process, such as temperature, time of use, the intensity of the melting process, and the intensity of the melting interval were analyzed. The solubility of ammophos at different temperatures and concentrations was studied. Studies were conducted to assess the fire protection efficiency of these solutions by impregnating fire retardant preparations on wood samples and measuring the mass loss of the samples under the influence of a certain amount of heat.

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Production of Fire-Resistant Compounds for Protecting Wood Products from Fire Based on Central Kyzilkum Phosphorites

  • 会议论文

  • 发表日期：

    2026年

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  • J. Begimkulov,
  • E. Abdurakhmanov,
  • G. Abdurakhmanov,
  • Z. B. Murodova,
  • M. R. Baratova

摘要

Possibilities of processing Central Kyzylkum phosphorites with sulfate clotted ammophos asoside into antipyretic agents have been explored. A series of studies have been conducted on the chemistry and physics of the chemical and physical processing of Central Kyzylkum (CKK) phosphorite rudas, the technology of creating antipyretic agents and the feasibility of their production. The chemistry of ammophosine, which is useful for the production of antipyrene vositas, and the parameters affecting the chemistry of ammophosine and its melting conditions, melting process, such as temperature, time of use, the intensity of the melting process, and the intensity of the melting interval were analyzed. The solubility of ammophos at different temperatures and concentrations was studied. Studies were conducted to assess the fire protection efficiency of these solutions by impregnating fire retardant preparations on wood samples and measuring the mass loss of the samples under the influence of a certain amount of heat.