本研究之目的在了解環氧樹脂及黏土之奈米混成方式以及其 在電性,物性及耐化性等各種特性. 以XRD鑑定製備的粉末證實環氧樹脂用的反應型稀釋 劑正丁基縮水甘油甲醚與蒙脫土以10000rpm/min攪拌3小時 確實可有效混成,並分散均勻. 環氧樹脂與適當的硬化劑混合後,即可架橋硬化,並具有 相當不錯之物性及耐化性,而奈米蒙脫土的混成更加提升了 環氧樹指之各項性質,如抗拉強度,抗壓強度,抗彎強度,熱變 型溫度,耐酸性及耐鹼性等,均隨著蒙脫土混成的比例增加而 提升, 蒙脫土的混成真正大大的提升了環氧樹脂之價值.
The goal of this research is to study the hybrid of Epoxy/clay nanocomposites , and its electrical , physical ,and withstand chemical properties , The phases of power was analyzed by XRD ,We use high stirring (10000rpm/min) to mix Epoxy and clay , good hybrid ,and homogeneous nanocomposites were produerd. Epopxy will bridge when mixed togeyher with suitable hardener , and show good physical ,and chemical withstanding properties .. when we hybrid together with Organically modified montmorillonite clay , Strength of Epoxy increase significantly . tensile strength ,compressure strength flexural strength , hot determunation temperature , withstand acid and withstand base peoperties have been enhanced .