2005Journal of Henan Institute of EducationRequires access

Synthesis of Polyacrylate Sodium by Reverse Latex of Acryloyl Span-60

Yufeng Yang

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Abstract

It is not reported that the synthesis of polyacrylate sodium by reverse latex with acryloyl Span-60 as emulsifying agent. The effect of emulsifying agent and reaction temperature on the stability of the polymeric system was investigated. The effect of (NH 4) 2S 2O 8-DMAEMA-NaHSO 3 initiator and allyl alcohol on the performance of the products was also investigated. It is shown that the optimal experimental conditions are reaction temperature, 40℃; emulsifying agent use level, 3%; initiator concentration, 0.06%, 0.04%, 0.02%; allyl alcohol use level, 0.08%, respectively. The molecular weight of the synthesized product at the optimal experimental conditions is greater than 3×10 7. The solubility of the product is better than that synthesized by conventional solution polymerization.

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What this paper is about

It is not reported that the synthesis of polyacrylate sodium by reverse latex with acryloyl Span-60 as emulsifying agent. The effect of emulsifying agent and reaction temperature on the stability of the polymeric system was investigated. The effect of (NH 4) 2S 2O 8-DMAEMA-NaHSO 3 initiator and allyl alcohol on the performance of the products was also investigated. It is shown that the optimal experimental conditions are reaction temperature, 40℃; emulsifying agent use level, 3%; initiator concentration, 0.06%, 0.04%, 0.02%; allyl alcohol use level, 0.08%, respectively. The molecular weight of the synthesized product at the optimal experimental conditions is greater than 3×10 7. The solubility of the product is better than that synthesized by conventional solution polymerization.

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Available abstract

It is not reported that the synthesis of polyacrylate sodium by reverse latex with acryloyl Span-60 as emulsifying agent. The effect of emulsifying agent and reaction temperature on the stability of the polymeric system was investigated. The effect of (NH 4) 2S 2O 8-DMAEMA-NaHSO 3 initiator and allyl alcohol on the performance of the products was also investigated. It is shown that the optimal experimental conditions are reaction temperature, 40℃; emulsifying agent use level, 3%; initiator concentration, 0.06%, 0.04%, 0.02%; allyl alcohol use level, 0.08%, respectively. The molecular weight of the synthesized product at the optimal experimental conditions is greater than 3×10 7. The solubility of the product is better than that synthesized by conventional solution polymerization.

Key concepts: Sodium polyacrylate, Allyl alcohol, Polymerization, Chemistry, Acryloyl chloride, Solubility, Sodium, Alcohol

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