聚酯輸送帶基布經氧氣電漿處理後與橡膠黏結效果及微細構造之研究

The Study of Adhesion Strength between Polyester Fabrics with Rubber and the Micro Structure by Oxygen Plasma Treatment

吳明杰(M.J. Wu) ； 邢文灝(W.H. Hsing) ； 林明正(M.C. Lin) ； 阮榮進(R.J. Ruan)

《華岡紡織期刊》 15卷2期 (2008/06) Pp. 137-145

https://doi.org/10.29984/JHGT.200806.0006

摘要

本研究係以聚酯梭織物作為橡膠輸送帶之補強材料，將聚酯梭織物以氧氣進行不同能量電漿處理，以提昇基布對藥劑的吸附能力，籍以提升與橡膠之複合效果。利用甘油滴定梭織物進行接觸角測試以探討聚酯梭織物的濕潤性質，並探討對聚酯梭織物複合性質之影響。結果顯示經氧氣電漿處理後，在處理條件240W180秒處理下之聚酯梭織物，其布－布及布－膠層間剝離強力達至最大，相較於未經微波照射處理之基布，分別提升了84.6%與83.3%。

關鍵字

電漿處理 ； 聚酯梭織物 ； 輸送帶 ； 橡膠 ； 層間剝離強力

並列摘要

The research was PET fabric as reinforcement of conveyer belt. Use different plasma energy to handle PET fabric. It can produce dents upon the fabric surface to increase the absorption, and further strengthen the combination of PET fabric and rubber. From glycerol and PET fabric contact angle change and absorb proportion calculate to discuss it wetting effect, and the effect of PET fabric mechanical properties. The result shows that PET fabric at O2 plasma treatment for 240W 180s, between cloth to cloth and cloth to rubber can get the maximum value compare to the fabric without agent, the fabric of adhesion between cloth to cloth and cloth to rubber can rise 84.6% and 83.3%.

並列關鍵字

plasma treatment ； PET fabric ； conveyer belt ； rubber ； adhesion strength