2007Unpublished venueRequires access

Effect of Different Factors on the Physical and Chemical Properties of the Microemulsion of Difenoconazole

Xuemin Wu

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Abstract

Effect of different factors of co-surfactant, surfactant and water on the difenoconazole microemulsion was developed. Research was conducted on stability of the formulation under hot and cold storage along with its chemical and physical properties. The results indicated that the optimum HLB of surfactant was more than 11.5 and the co-surfactant methanol is effective to form qualified microemulsion. Any kinds of water are suitable to formulate transparent and steady microemulsion. The stability of the microemulsion can be obtained by using a proper mixture of ionic and non-ionic surfactants even in low concentration.

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What this paper is about

Effect of different factors of co-surfactant, surfactant and water on the difenoconazole microemulsion was developed. Research was conducted on stability of the formulation under hot and cold storage along with its chemical and physical properties. The results indicated that the optimum HLB of surfactant was more than 11.5 and the co-surfactant methanol is effective to form qualified microemulsion. Any kinds of water are suitable to formulate transparent and steady microemulsion. The stability of the microemulsion can be obtained by using a proper mixture of ionic and non-ionic surfactants even in low concentration.

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Available abstract

Effect of different factors of co-surfactant, surfactant and water on the difenoconazole microemulsion was developed. Research was conducted on stability of the formulation under hot and cold storage along with its chemical and physical properties. The results indicated that the optimum HLB of surfactant was more than 11.5 and the co-surfactant methanol is effective to form qualified microemulsion. Any kinds of water are suitable to formulate transparent and steady microemulsion. The stability of the microemulsion can be obtained by using a proper mixture of ionic and non-ionic surfactants even in low concentration.

Key concepts: Microemulsion, Pulmonary surfactant, Chemistry, Nonionic surfactant, Chemical engineering, Methanol, Chemical stability, Ionic bonding

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