Image processing system, toner and processing cartridge
A technology for processing cartridges and toners, which is applied in the direction of electric recording technology using charge patterns, equipment for electric recording technology using charge patterns, developer, etc., which can solve side effects, poor life of fixing parts, and inability to simultaneously Satisfaction and other issues
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Examples
preparation example Construction
[0186] The preparation method of the toner is not particularly limited. For example, the toner can be prepared by the following methods: melt kneading pulverization method; polymerization method; polyaddition reaction method (using a prepolymer having an isocyanate group); melt spray method; and dissolving the toner components in a solvent , and then remove the solvent, and then pulverize the toner components. Among these methods, the following methods are preferably used: melt kneading pulverization method; polymerization method (for example, suspension polymerization method, emulsion coagulation polymerization method) in which the monomer component includes a specific crystalline polymer and can be directly polymerized in an aqueous medium monomers; a polyaddition method in which the toner components include specific crystalline polymers and prepolymers with isocyanate groups that can be directly extended and / or crosslinked with amines in an aqueous medium; And a method of ...
Embodiment 1
[0238] (preparation of toner)
[0239] Mix the following ingredients with a mixer:
[0240] Crystalline polyester resin (1) 35 parts
[0241] 65 parts of amorphous polyester resin (B)
[0242] 5 parts polypropylene wax
[0243] (with a melting point of 153°C)
[0244] Charge control agent 2 parts
[0245] (Metal salts of salicylic acid derivatives)
[0246] Coloring agent 6 parts
[0247] (copper phthalocyanine blue pigment)
[0248] Stearamide compound 5 parts
[0249] (with a melting point of 151°C)
[0250] Melt-kneading was carried out using a twin-shaft kneader mixture under the following preparation conditions:
[0251] Kneading temperature: 140°C
[0252] Extrusion speed: 10kg / hour
[0253] Shaft clearance: 2mm
[0254] Standing time before crushing: 48 hours
[0255] The kneaded mixture was pulverized and classified. Mother toner particles (volume average particle diameter of 7.6 μm) were thus prepared.
[0256] Next, 100 parts of mother toner particles ...
Embodiment 2
[0315] The procedure of Example 1 for producing toner (1) was repeated except that the amount of the stearylamide compound (having a melting point of 151° C.) was changed from 5 parts to 1 part.
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