The increasing demand for potassium fluoride from industries such as electronics, glass, and healthcare is a key market ...

The PTFE breaks down to give amorphous carbon and reusable potassium fluoride; more than 95% of the fluorine is converted into the fluoride salt. The long-chain PFAS are degraded and transformed ...

Using silicon dioxide as the Lewis acid produced fluorosilicic acid, which could be converted into other fluorinating reagents, such as potassium fluoride or tetramethylammonium tert-amyl alcohol ...

Daring the process of his memorable work upon the isolation of fluorine by the electrolysis of hydrofluoric acid containing hydrogen potassium fluoride, one of the most remarkable phenomena ...

This follows previous work from the team into solid-state activation of fluoride using mechanical ... nucleophilic fluorinating reagents such as potassium fluoride and tetraalkylammonium fluoride ...

Potassium hydroxide converts the chopped-off fluorines into potassium fluoride. The catalyst-provided electron is replenished by an organic compound in the reaction mixture to recycle the catalyst ...

This follows previous work by the team into solid-state activation of fluoride using mechanical ... nucleophilic fluorinating ...