本研究所討論之無機阻燃劑應用在塑化材料的組成變化，探討各種不同比例添加劑對基材阻燃性的影響，利用熱分析原理探討材料裂解行為在阻燃機理的作用，再以UL94燃燒測試優劣（CNS 14535）、氧氣指數(CNS 13590)評估試材阻燃性難易及成炭率之效用。
　　實驗結果可知無機材料的添加可以促使環氧樹脂提升阻燃性，但需相當比例才可以發揮其阻燃效果，而三氧化二銻單獨添加時效果不佳，但可以和氫氧化鋁有協同效應，可在表面形成保護隔絕空氣，由TGA可知在高溫時可被氣化，降低空氣中的氧含量，氫氧化鋁與三氧化二銻、氫氧化鋁與氫氧化鎂之組合，均可獲得良好之阻燃效用。

This study was research the component of inorganic flame retardant and application to plastic materials, we have discussion the influence of flame retarded properties with various ratio of additive on matrix, according to thermal analysis, and we also discussed the mechanism affect of degradation behavior of materials with flame retardant, and to used the UL94 burning test, limited oxygen index (CNS 13590) to determined the efficacy of flame retarded properties and charcoals rate.
The result shows that could protract time to be aflame of epoxy resins as due to the inorganic flame retardant was addition, but its need appropriate ratio to bring the flame retarded effect, this effect was not satisfactory when only addition Antimony trioxide, but it have synergistic with addition aluminum hydroxide at the same time, it’s possible that it will to form a protect film to isolated the air of environment, the TGA thermal properties was show that aeration to decrease the oxygen contents of air at high temperature, furthermore, the composites of aluminum hydroxide with Antimony trioxide, aluminum hydroxide with magnesium hydroxide were obtained the fine flame retarded properties, respectively.

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