Preparation and Properties of AEO9/Alcohol/Alkane/Water Reverse Microemulsion Ceramic Inks

Abstract

Abstract: The AEO₉/alcohol/alkane/water system, which has excellent water-dissolving characteristics, was chosen for the preparation of ceramic inks. In this paper,
different kinds and amounts of alcohols were used to investigate the effects on microemulsion region in the quasi-ternary phase diagram of the system. The
microemulsion region was determined and the conditions for the maximum water-dissolving were given. Water for the optimized system of AEO₉/alcohol/alkane/water was
replaced by zirconium oxychloride solution and ammonia solution respectively and two clear reverse microemulsions were obtained. Then the ceramic inks were
readily prepared by reaction after mixing them homogeneously. The properties of the inks, such as viscosity, surface tension, conductivity, stability etc. were
systematically determined and analyzed. The match between ink and printer was discussed based on the demands of ink-jet printer available.

Key words: microemulsion, ceramic ink, quasi-ternary phase diagram, physicochemical property

CLC Number:

TB383

GUO Rui-Song,QI Hai-Tao,LI Jin-You,CHEN Yu-Ru,YANG Zheng-Fang,YUAN Qi-Ming. Preparation and Properties of AEO₉/Alcohol/Alkane/Water Reverse Microemulsion Ceramic Inks[J]. Journal of Inorganic Materials.

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Preparation and Properties of AEO₉/Alcohol/Alkane/Water Reverse Microemulsion Ceramic Inks

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