A method for producing a toner, comprising: preparing an electrification control resin particle suspension in which electrification control resin particles are dispersed, by removing a first organic solvent from a first emulsion obtained such that an electrification control resin, the first organic solvent, and a first water base medium are blended to be emulsified; preparing a mother particle suspension in which mother particles containing a binder resin, a colorant, and a wax are dispersed, by removing a second organic solvent from a second emulsion obtained such that the binder resin, the colorant, the wax, the second organic solvent, and a second water base medium are blended to be emulsified; preparing a toner mother particle suspension in which toner mother particles are dispersed, by heating the mother particle suspension to fuse and aggregate the mother particles to form the toner mother particles; and mixing the electrification control resin particle suspension and the toner mother particle suspension, wherein a difference between a density of the wax in a solid state at 24°C and a density of the wax in a liquid state at 120°C is not less than 0.11 g/cm 3; the density of the wax in the liquid state is not more than 0.835 g/cm 3; a heat quantity of the wax per unit mass is not less than 190 mJ/mg which is obtained from an endothermic peak area at a low temperature side measured by differential scanning calorimetry by raising the temperature from -10 °C to 170 °C at 10 °C/minutes, then cooling down again to -10 °C at 10 °C/minute, followed by again raising to 170 °C at 10 °C/minute; and in the preparing of the mother particle suspension and the preparing of the toner mother particle suspension, a sum of an anion equivalent and a cation equivalent of the toner mother particle is adjusted in the range of -1.1 x 10 -5 to 1 x 10 -6 mol/g, the anion equivalent and the cation equivalent of the toner mother particles being obtained by following expression in a flow potential measurement using sodium lauryl sulfate and benzethonium chloride as titration reagents: Cation equivalent mol / g existing on the surfaces of the toner mother particles = number of moles of sodium lauryl sulfate adsorbed to the toner mother particles / weight of introduced toner mother particles Anion equivalent mol / g existing on the surfaces of the toner mother particles = − number of moles of benzethonium chloride adsorbed to the toner mother particles / weight of introduced toner mother particles. preparing an electrification control resin particle suspension in which electrification control resin particles are dispersed, by removing a first organic solvent from a first emulsion obtained such that an electrification control resin, the first organic solvent, and a first water base medium are blended to be emulsified; preparing a mother particle suspension in which mother particles containing a binder resin, a colorant, and a wax are dispersed, by removing a second organic solvent from a second emulsion obtained such that the binder resin, the colorant, the wax, the second organic solvent, and a second water base medium are blended to be emulsified; preparing a toner mother particle suspension in which toner mother particles are dispersed, by heating the mother particle suspension to fuse and aggregate the mother particles to form the toner mother particles; and mixing the electrification control resin particle suspension and the toner mother particle suspension, wherein a difference between a density of the wax in a solid state at 24°C and a density of the wax in a liquid state at 120°C is not less than 0.11 g/cm 3; the density of the wax in the liquid state is not more than 0.835 g/cm 3; a heat quantity of the wax per unit mass is not less than 190 mJ/mg which is obtained from an endothermic peak area at a low temperature side measured by differential scanning calorimetry by raising the temperature from -10 °C to 170 °C at 10 °C/minutes, then cooling down again to -10 °C at 10 °C/minute, followed by again raising to 170 °C at 10 °C/minute; and in the preparing of the mother particle suspension and the preparing of the toner mother particle suspension, a sum of an anion equivalent and a cation equivalent of the toner mother particle is adjusted in the range of -1.1 x 10 -5 to 1 x 10 -6 mol/g, the anion equivalent and the cation equivalent of the toner mother particles being obtained by following expression in a flow potential measurement using sodium lauryl sulfate and benzethonium chloride as titration reagents: Cation equivalent mol / g existing on the surfaces of the toner mother particles = number of moles of sodium lauryl sulfate adsorbed to the toner mother particles / weight of introduced toner mother particles Anion equivalent mol / g existing on the surfaces of the toner mother particles = − number of moles of benzethonium chloride adsorbed to the toner mother particles / weight of introduced toner mother particles.