奈米凉爽矿石粉添加於不同合成纤维以静电纺丝法制备凉感奈米纤维.PDF

奈米涼爽礦石粉添加於不同合成纖維以靜電紡絲法製備涼感奈米纖維膜之研究 Study on Cool Feeling of Nanofiber membrances Prepared by Electrospining Method using Various Polymer solutions Blended with Cooling nanopowder 1 1 2 3 周俊穎 (60%) 、王權泉* (30%) 、孫茂誠 (10%) 、王俊凱 1 2 3 中國文化大學紡織工程系 創新技術學院材料與纖維系 惠欣興業股份有限公司 C.C.Wang1 J.Y.Chou1 M.S.Suen2 J.K.Wang3 The Department of Textile Engineering Chinese Culture University1 Department of Creative Fashion Design Taoyuan Innovation Institute of Technology 2 Hui Xin Industrial Co., Ltd3 摘要 本研究以奈米涼爽玉粉末加入不同高分子聚合體(PET 、PAN 及 Nylon)溶液中均 勻分散，進行靜電紡絲製作薄膜，進行涼感效果測試，觀察添加奈米涼爽玉粉末 高分子聚合體對涼感影響，並經由電子顯微鏡觀察表面與纖維細度。由研究中觀 察添加奈米涼爽玉粉末會使紡絲液黏度上升，纖維細度變大，細度範圍在 0.13-0.61μm 之間。三種高分子聚合體溶液的奈米涼爽玉比例添加愈高，會使熱 傳導係數與瞬間涼感值上升。其中在奈米涼爽玉粉末添加量為 5wt%時，Nylon 的瞬間涼感效果較PAN 與PET 來的佳，瞬間涼感值可達0.162W/cm2 ，熱傳導係 -2 數可達 1.296×10 W/mK ，即具有良好的瞬間涼感與熱傳導能力。 Abstract In this study, inorganic cooing nanopowder were blended into three kind of polymer solution(Polyester(PET),Polyacrylonitrile(PAN)and Polyamide(Nylon)), then be spinned by electrospinning.The amount of inorganic cooling nanopowder influenced on cool feeling value of nanofiber membrances were measured. In addition, the scanning electron microscopy will be used to observed fiber fineness in the membrances. From results found that increasing the amount of inorganic cooing nanopowder, the fiber viscosity and the fineness were increased .Blending the higher