Study on Synthesis and Application of Methylmethoxyphosphonate Aluminum

Qing Yu; Xin Jin Li; Zhong Wei Wang

doi:10.4028/www.scientific.net/AMR.396-398.1287

Paper Titles

Process Optimization of Microwave Drying Sludge with Response Surface Methodology
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Chemical Synthesis and the Stability of Theanine
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Different CaO Content Influence on Fusibility of Coal Ash
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Desulfurization from Gasoline by Polymer Resin at Room Temperature and Atmospheric Pressure
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Study on Synthesis and Application of Methylmethoxyphosphonate Aluminum
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Proteolysis Characterization of Low- and Full-Fat Cheese Fermented by Lactobacillus acidophilus during Ripening Process
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Effect of Blanching on β-Carotene Degradation of Cabbages during Drying
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Comparative Research on Aroma from Mango Juice Extracted by Different Methods
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Microwave Drying of Tilapia Fillets: Kinetics and Modeling
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Study on Synthesis and Application of Methylmethoxyphosphonate Aluminum

Abstract:

A novel flame retardant of methylmethoxyphosphonate aluminium (MMPA) was synthesized via the reaction of anhydrous aluminum chloride and dimethyl methylphosphonate (DMMP). The effects of introducing order of reactants, reaction time and washing agents were investigated to get pure target compound with higher yields.Application experiments indicates that MMPA is an effective flame retardant for PBT, especially when it is used in intumescent flame retardant（IFR） systems. When the composition of IFR is 20% wt., the limited oxygen index(LOI) value of the IFR-PBT is 30 and can pass the UL94 V-0 test.