以電漿處理改善輸送帶基布表面濕潤性質之研究

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Title:	以電漿處理改善輸送帶基布表面濕潤性質之研究 The Research on Plasma Treatment to Improve the Wetting Effect of Fiber Surface Properties
Authors:	陳靖淵；邢文灏；吳明杰；林明正；阮榮進
Contributors:	紡工系
Keywords:	電漿接觸角表面處理濕潤性 plasma contact angle surface treatment wetting effect
Date:	2009-03-01
Issue Date:	2012-05-16 15:15:23 (UTC+8)
Abstract:	本研究將聚酯梭織物以通入氬氣進行電漿處理，藉由甘油、聚四級銨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，並探討聚酯梭織物的複合性質影響性。研究結果顯示，隨著氬氣電漿處理時間及能量的增加，輸送帶基布表面的濕潤性質越佳，其中以處理180秒240W最佳，最終接觸角度達到最低。而布－布及布－膠層間剝離強力則隨處理能量增加而增加，其皆以180秒240W最佳，布－布層間剝離強力較原布增加了7.9kgf(67.5%)，布－膠層間剝離強力較原布增加了7.1 kgf(58.2%)。 In the study, we used the glycerol and polyquaternium to measure the composite of PET fabric by treating the Argon under different plasma energy. Such as contact angle to discuss about the wetting effect. We expect to know the properties and compatibility of fabric when we measured the surface wet ability of fabric. The results shows the best condition of plasma irradiates is 180S 240W. When the contact angle is going down the lowest and the adhesion of fabric to fabric and fabric to rubber will be rise. The adhesion of fabric to fabric is rise to 7.9kgf (67.5%) and the adhesion of fabric to rubber is rise to 7.1 kgf (58.2%).
Relation:	華岡紡織期刊 16卷1期 P.11-22
Appears in Collections:	[Department of Textile Engineering ] Journal of the Hwa Gang Textile

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