塑料助剂
塑料助劑
소료조제
PLASTIC ADDITIVES
2011年
5期
44-46
,共3页
李垂祥%杨雷%孙岩%张彬彬
李垂祥%楊雷%孫巖%張彬彬
리수상%양뢰%손암%장빈빈
发泡剂%活化剂%分解温度%粒径
髮泡劑%活化劑%分解溫度%粒徑
발포제%활화제%분해온도%립경
blowing agent%activator%decomposition temperature%particle size
通过正交试验，研究了发泡剂ADC分解温度的影响因素，结果表明：活化剂种类对ADC分解温度影响最大，活化剂与发泡剂用量比次之；DSC法和目视法测定分解温度，发现发泡剂粒径小有利于活化剂活化。
通過正交試驗，研究瞭髮泡劑ADC分解溫度的影響因素，結果錶明：活化劑種類對ADC分解溫度影響最大，活化劑與髮泡劑用量比次之；DSC法和目視法測定分解溫度，髮現髮泡劑粒徑小有利于活化劑活化。
통과정교시험，연구료발포제ADC분해온도적영향인소，결과표명：활화제충류대ADC분해온도영향최대，활화제여발포제용량비차지；DSC법화목시법측정분해온도，발현발포제립경소유리우활화제활화。
The factors which affect the decomposition temperature of blowing agent ADC was researched by orthogonal tests. The results showed that：Activator type is the most influencing factor to the decomposition temperature of ADC; the ratio of activator to blowing agent following; from determining decomposition temperature by DSC method and visual,we found that small size blowing agent is favourable to activate by activator.
