Gold Compound
Gold Compound
Gold, renowned for its timeless allure and scarcity, holds a unique place among metals. Beyond its cultural significance and use in jewelry, gold plays a crucial role in electronics due to its excellent conductivity. Gold nanoparticles have garnered attention for their applications in medicine, from diagnostics to targeted drug delivery. The synthesis of gold compounds adds to the versatility of this metal in scientific and industrial contexts.
TYPICAL PROPERTIES
Gold Compound
| Chemical Name of Product | CAS Number | Formola | Form |
|---|---|---|---|
| Gold (III) Chloride Hydrate | 16961-25-4 | HAuCl₄ | Solid |
| Gold (I) Chloride | 10294-29-8 | AuCl | Solid |
| Gold Iodide | 10294-31-2 | AuI | Solid |
| Hydrogen Tetrabromoauratehydrate | 17083-68-0 | HAuBr₄ | Solid |
| Potassium Tetrachloroaurate | 13682-61-6 | KAuCl₄ | Solid |
| Gold (I) Potassium Cyanide | 13967-50-5 | KAu(CN)₂ | Solid |
| Gold (III) Potassium Cyanide | 14263-59-3 | KAu(CN)₄ | Solid |
| Gold (I) Cyanide | 506-65-0 | AuCN | Solid |
| Gold Powder | 7440-57-5 | Au | Solid |
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