Toner production method, toner and toner production apparatus
In a toner production method, a volatile solvent gas is jetted into a dispersion of aggregated resin particles where at least resin particles dispersed in a continuous phase are aggregated. A form of the aggregated resin particles is controlled by jetting the volatile solvent gas into the dispersion of aggregated resin particles. The volatile solvent is removed from the form-controlled aggregated resin particles.
1. A toner production method comprising:
jetting a volatile solvent gas into a dispersion of aggregated resin particles where at least resin particles dispersed in a continuous phase are aggregated,
controlling a form of the aggregated resin particles by jetting the volatile solvent gas into the dispersion of aggregated resin particles, and
removing the volatile solvent from the form-controlled aggregated resin particles.
2. The toner production method according to claim 1 , wherein the volatile solvent is at least partially soluble in water.
3. The toner production method according to claim 1 , wherein the volatile solvent gas is jetted into the aggregated resin particles dispersion while the volatile solvent gas is circulated through the aggregated resin particles dispersion.
4. The toner production method according to claim 1 , wherein the volatile solvent gas is jetted into the aggregated resin particles dispersion in a form of bubbles.
5. The toner production method according to claim 1 , wherein the resin has an acid group at terminal of the resin,
wherein the resin can be ionized through reaction with a basic compound to be a self-dispersible resin, and
wherein a compound of which a aqueous solution is basic as a dispersion stabilizer for the aggregated resin particles is added to the aggregated resin particles dispersion.