The production of aerosol also relies upon the boiling point of the solvent: propylene glycol is lower at 188 ° C than glycerin at 290 ° C. The higher temperature reached by glycerin may impact the toxicants emitted by the e-cigarette.
Propylene glycol boils at 188 ° C while glycerin boils at 290 ° C. The higher temperature reached by glycerin may impact the toxicants emitted by the e-cigarette. The production of aerosol also relies upon the boiling point of the solvent.
The production of aerosol also relies upon the boiling point of the solvent. Propylene glycol boils at 188 ° C while glycerin boils at 290 ° C. The higher temperature reached by glycerin may impact the toxicants emitted by the e-cigarette.
The production of aerosol also relies upon the boiling point of the solvent. Propylene glycol boils at 188 ° C while glycerin boils at 290 ° C. The higher temperature reached by glycerin may impact the toxicants emitted by the e-cigarette.