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Production manner of coloration resin grain and toner and electrostatic latent image developer null for electrostatic latent image development

机译:着色树脂颗粒和调色剂的生产方式及用于静电潜像显影的静电潜像显影剂

摘要

PROBLEM TO BE SOLVED: To suppress the increase of the residues of colored resin particles, the formation of coarse particles and the spread of a grain size distribution by executing a polymn. stage within a reaction vessel having a nonconductive surface and executing an association stage in a vessel having a conductive surface. SOLUTION: The inside of a wall 1 of vessel is provided with a glass lining layer 5. The wall is provided with a pfaudler vane 2, an anchor vane and a baffle 4. The polymn. stage is executed within the reaction vessel having the nonconductive surface and the association stage is executed within the vessel having the conductive surface at the time of manufacturing the particlates of the polymer by polymerizing monomers and obtaining the associated particles by associating plural pieces of these partilculates. While the process for production for the polymn. stage is not limited insofar as the formation of the particles in a grain size range below the desired toner grain size is possible, known methods, such as emulsion polymn. method, suspension polymn. method, dispersion polymn. method and soap-free polymn. method, are used. The association stage is attained by adding a flocculating agent to the particles and maintaining the reaction temp. at the temp. above the glass transition temp. of the colored resin particles.
机译:要解决的问题:通过执行polymn,可以抑制有色树脂颗粒残留的增加,粗大颗粒的形成和粒度分布的扩散。在具有非导电表面的反应容器内进行反应阶段,并在具有导电表面的容器中进行缔合阶段。解决方案:容器壁1的内部设有玻璃衬里层5。该壁设有pfaudler叶片2,锚定叶片和挡板4。在具有非导电表面的反应容器内进行第二阶段,并且在通过使单体聚合来制造聚合物的微粒并通过使这些微粒的多片缔合而获得缔合的颗粒时,在具有导电表面的容器内进行缔合阶段。而生产过程为polymn。阶段的范围不受限制,只要可以在低于所需调色剂粒径的粒径范围内形成颗粒,就可以采用已知的方法,例如乳液聚合。方法,悬浮polymn。方法,分散聚乙烯。方法和无皂多胺。方法,被使用。通过向颗粒中添加絮凝剂并保持反应温度来达到缔合阶段。在这个温度。高于玻璃化温度有色树脂颗粒。

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