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Description
  • This article is focused on a creation of biodegradable structure that will combine meltblown fibers with nanofibers. Meltblown technology is very usable technology. Their products are used in many technical, hygiene and medical applications. Meltblown text iles can be found in filtration media, sorption pads, diapers, breathing masks and others. For meltblown fibers a high fineness is typical. A diameter of standard meltblown fibers may be near to 2 μm. Thickness of meltblown layer can be up to 10 milimeters . Also modified meltblown that can produce nanofibers was developed [1]. The polypropylene, polyethylen, polyester and polyamide belong to group suitable polymers used for a production maltblown. Generally it can be said that meltblown is very productive and effective technology.
  • This article is focused on a creation of biodegradable structure that will combine meltblown fibers with nanofibers. Meltblown technology is very usable technology. Their products are used in many technical, hygiene and medical applications. Meltblown text iles can be found in filtration media, sorption pads, diapers, breathing masks and others. For meltblown fibers a high fineness is typical. A diameter of standard meltblown fibers may be near to 2 μm. Thickness of meltblown layer can be up to 10 milimeters . Also modified meltblown that can produce nanofibers was developed [1]. The polypropylene, polyethylen, polyester and polyamide belong to group suitable polymers used for a production maltblown. Generally it can be said that meltblown is very productive and effective technology. (en)
Title
  • Meltblown -Based Biocomposite Material for Tissue Engineering
  • Meltblown -Based Biocomposite Material for Tissue Engineering (en)
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  • Meltblown -Based Biocomposite Material for Tissue Engineering
  • Meltblown -Based Biocomposite Material for Tissue Engineering (en)
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  • RIV/46747885:24410/14:#0003961!RIV15-MSM-24410___
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  • P(ED3.1.00/14.0308)
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  • 28248
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  • RIV/46747885:24410/14:#0003961
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  • PCL; meltblown; nanofibers; biodegradability (en)
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  • [7547B43CE9EF]
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  • Liberec
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  • The Fiber Society Spring 2014 Technical Conference Fibers for Progress
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  • Novák, Ondřej
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  • Technická univerzita v Liberci
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  • 978-80-7494-180-1
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  • 24410
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