鉄塩化物

その他のビデオ
May 26, 2025
Category Connection: 繊細な化学鉄塩
Brief: 中国の六水塩化第二鉄と四水塩化第一鉄の主な違いを発見してください。それらのユニークな特性、製造プロセス、および水処理、電子機器、化学合成などの産業での用途について学びましょう。
Related Product Features:
  • Ferric Chloride Hexahydrate is available in pharmaceutical, high purity USP, EP CP, and AR grades.
  • 六水塩化鉄(III)は、水処理における凝集剤として、また電子工業における回路基板のエッチング剤として使用されます。
  • Tetrahydrate ferrous chloride excels in wastewater decolorization and is used in magnetic material production.
  • Ferric Chloride Hexahydrate has a purity of ≥99% with low insoluble content in water.
  • 鉄塩化四水素は酸化を防ぐために窒素保護または真空包装が必要です.
  • Hexahydrate ferric chloride is synthesized from iron or iron oxides reacting with hydrochloric acid.
  • Tetrahydrate ferrous chloride is derived from steel pickling waste liquid or synthesized from potassium chloride and iron powder.
  • Both compounds have distinct applications, with hexahydrate focusing on high oxidation scenarios and tetrahydrate on reducing environments.
よくある質問:
  • What are the main differences between hexahydrate ferric chloride and tetrahydrate ferrous chloride?
    Hexahydrate ferric chloride is used in high oxidation scenarios like water treatment and electronics, while tetrahydrate ferrous chloride is ideal for reducing environments such as wastewater decolorization and magnetic material production.
  • How is hexahydrate ferric chloride produced?
    Hexahydrate ferric chloride is produced by reacting iron or iron oxides with hydrochloric acid to form a solution, which is then crystallized.
  • What precautions are needed for tetrahydrate ferrous chloride storage?
    Tetrahydrate ferrous chloride must be stored with nitrogen protection or vacuum packaging to prevent oxidation and maintain product stability.