Now purchase Gold Chloride Powder at highly affordable prices from us. We are its well-known supplier in the country. With our inventory management system, we are capable to undertake urgent and massive requirements of the buyers at a time. Gold(III) chloride, traditionally called auric chloride, is a chemical compound of gold and chlorine having wide application in various industries.
Details : Gold Chloride is use to prepare Colloidal Gold, in photography and starting material to prepare other gold salts and chemicals. It is also use in electroplating industries.
Availability : Any quantity in powder and solution form.

Application :

• Gold Chloride is a mild acid catalyst for a variety reactions. Gold(III) salts, especially Na[AuCl₄] (prepared from AuCl₃ + NaCl), provide an alternative to mercury(II) salts as catalysts for reactions involving alkynes. An illustrative reaction is the hydration of terminal alkynes to produce methylketones.
• Some alkynes undergo amination in the presence of gold(III) catalysts. Gold catalyses the alkylation of certain aromatic rings and a conversion of furans to phenols.
• The efficiency of this organogold reaction is noteworthy because both the furan and the ketone are sensitive to side-reactions such as polymerisation under acidic conditions. In some cases where alkynes are present, phenols sometimes form.

Now purchase Gold Chloride Powder at highly affordable prices from us. We are its well-known supplier in the country. With our inventory management system, we are capable to undertake urgent and massive requirements of the buyers at a time. Gold(III) chloride, traditionally called auric chloride, is a chemical compound of gold and chlorine having wide application in various industries.
Details : Gold Chloride is use to prepare Colloidal Gold, in photography and starting material to prepare other gold salts and chemicals. It is also use in electroplating industries.
Availability : Any quantity in powder and solution form.

Application :

• Gold Chloride is a mild acid catalyst for a variety reactions. Gold(III) salts, especially Na[AuCl₄] (prepared from AuCl₃ + NaCl), provide an alternative to mercury(II) salts as catalysts for reactions involving alkynes. An illustrative reaction is the hydration of terminal alkynes to produce methylketones.
• Some alkynes undergo amination in the presence of gold(III) catalysts. Gold catalyses the alkylation of certain aromatic rings and a conversion of furans to phenols.
• The efficiency of this organogold reaction is noteworthy because both the furan and the ketone are sensitive to side-reactions such as polymerisation under acidic conditions. In some cases where alkynes are present, phenols sometimes form.