Copper(I) iodide, in combination with cesium fluoride, can be used to promote Stille coupling reaction.[1] It can also mediate the reaction between arenethiolate ions and different non activated aryl iodides in hexamethylphosphoric triamide to form aryl sulfides.
Copper(I) iodide can be used to catalyze:
- Thioetherification of aryl halides using thiourea and alkyl bromides in wet polyethylene glycol and in the presence of potassium carbonate as a base.
- Reaction between acetylenes and metal halides in diethylamine to form transition metal alkynyl complexes.
- Reaction between terminal alkynes with phenylchalcogenyl halides to form alkynyl selenides, sulfides and tellurides.
/span/p/div/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongQuality%20Level:/strong%20span%20class=jss243200/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstronggrade:/strong%20span%20class=jss243purum/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongAssay:/strong%20span%20class=jss243≥99.5%/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongreaction%20suitability:/strong%20span%20class=jss243core:%20copper,%20/spanspan%20class=jss243reagent%20type:%20catalyst/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongmp:/strong%20span%20class=jss243605 °C%20(lit.)/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongdensity:/strong%20span%20class=jss2435.62 g/mL at%2025 °C%20(lit.)/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstronganion%20traces:/strong%20span%20class=jss243sulfate%20(SOsub4/subsup2-/sup):%20≤5000 mg/kg/span/p/divdiv%20class=MuiGrid-root%20MuiGrid-item%20MuiGrid-grid-xs-12%20MuiGrid-grid-sm-3p%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongcation%20traces:/strong%20span%20class=jss243Fe:%20≤50 mg/kg/span/p/divdiv%20id=pdp-properties--table%20class=MuiGrid-root%20jss241%20MuiGrid-containerp%20class=MuiTypography-root%20jss242%20MuiTypography-captionstrongSMILES%20string:/strong%20span%20class=jss243%5BCu+%5D.%5BI-%5D/span/p/div&media=https://cityscientific.org/wp-content/uploads/2024/09/7b22381f-7016-4dd3-9e3c-421439ac4d84.avif){kind=link}