CAJ | 학술논문

丙纶纤维具有显著的物理化学优点,但丙纶纤维染色困难制约了其应用与发展.本研究用氮气等离子体对丙纶纤维进行表面处理,然后用丙烯酸接枝丙纶纤维.用傅立叶变换红外光谱和扫描电镜分析改性前后样品.结果表明:等离子体表面处理接枝后的丙纶纤维能染上鲜艳的阳离子艳兰.
병륜섬유구유현저적물이화학우점,단병륜섬유염색곤난제약료기응용여발전.본연구용담기등리자체대병륜섬유진행표면처리,연후용병희산접지병륜섬유.용부립협변환홍외광보화소묘전경분석개성전후양품.결과표명:등리자체표면처리접지후적병륜섬유능염상선염적양리자염란.
Polypropylene (PP) fiber has outstanding physical and chemical advantages, but it is very difficult to be dyed so PP fiber's applications are greatly restricted. We have here studied the methods to ameliorate the dyeing property by nitrogen (N2) plasma pretreatment and acrylic acid grafting. Its surface chemical composition was changed after plasma treatments and was characterized by Scanning Electronic Mirror -SEM, Fourier Transformed Infrared Spectra -FTIR accordingly. The results show that the fiber's surface after treatment could been dyed by basic blue 54 dyestuffs.