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Yang, Seong Baek;Lee, Jungeon;Ji, Byung Chul;Joo, Nam Sik;Yeum, Jeong Hyun
- Textile Coloration and Finishing
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- v.32 no.4
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- pp.239-244
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- 2020
Polyethylene (PE) micro-fiber have been prepared at different hot air temperature (60, 80 and 100 ℃) and different pressure (20, 40, 60 and 80 kPa) by melt centrifugal spinning technique. The parameters of melting centrifugal spinning including polymer contents, rotational velocity, temperature of hot air and pressure were optimized for the fabrication process. The study showed that 8000 rpm rotational velocity, 80 ℃ heated hot air and 40 kPa air pressure are the best condition to obtain uniform and strong PE fiber. The prepared PE fibers were analyzed by field emission scanning electron microscope and universal testing machine and found that fibers with reduced diameter and improved tensile strength are obtained at hot air condition.
https://doi.org/10.5764/TCF.2020.32.4.239 인용 PDF KSCI HTML

Lee, Jae-Woong;Ren, Xue-Hong;Broughton, R.M.;Liang, Jie;Worley, S.D.;Huang, T.S.
- Textile Coloration and Finishing
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- v.19 no.2
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- pp.44-49
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- 2007
Antimicrobial fibers were prepared by an electro-spinning method. Polystyrene hydantoin(PSH) was employed as an antimicrobial precursor to produce an electro-spun antimicrobial acrylic fiber. Increasing the surface area of hydrophobic antimicrobial-fibers provides enhanced antimicrobial efficacy. The biocidal activity of electro-spun acrylic fibers could be rendered through chlorine bleach treatment, and the antimicrobial effectiveness against gram-Positive and gram-negative bacteria was investigated. In addition, scanning electron microscopy(SEM) demonstrated the feature of the electro-spun fibers.
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