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Pigments with improved properties - Microreaction technology as a new approach for synthesis of pigments

机译:性能得到改善的颜料-微反应技术是合成颜料的新方法

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Clariant, as an important pigment producer forces the investigation of new pigments with improved qualities and properties to fulfill the rising tomorrow's demands of customers. For these reasons, new production ways like microreaction technology are included. This paper focuses on results obtained in manufacturing pigments in a lab-scale microreactor as well as in a microreactor pilot plant. Investigations of the diazotation, azo-coupling and laking steps of pigments have shown not only the principle feasibility of these reactions in laboratory microreactors but also significant improvement of coloristic properties. The microreactor pilot plant, realized by the concept of numbering-up instead of conventional scaling-up process, allowed more detailed investigations of the complete azo-pigments synthesis under production conditions. [References: 7]
机译:作为重要的颜料生产商,科莱恩(Clariant)致力于研究质量和性能得到改善的新型颜料,以满足客户日益增长的明天的需求。由于这些原因,包括了新的生产方式,例如微反应技术。本文着重于在实验室规模的微反应器以及微反应器中试工厂生产颜料时获得的结果。对颜料的重氮化,偶氮偶联和包埋步骤的研究不仅显示了这些反应在实验室微反应器中的原理可行性,而且显着改善了显色性能。通过编号而不是传统的按比例放大过程的概念实现的微反应器中试装置,可以在生产条件下对完整的偶氮颜料合成进行更详细的研究。 [参考:7]

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