Investigation of the Effect of Polymer Solution Electrospinning System Parameters on the Nanofibers Morphology

D. Gospodinova, M. Neznakomova
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Abstract

There are two approaches to give textile fibers nutraceutical properties: microencapsulation, which is the final step in the textile finishing process for traditional textile fibers, and the addition of specific additives during the fiberization process. In the present manuscript, in order to produce mats with wellness benefits, two types of solutions containing Aloe vera were added to an aqueous solution of PVA (polyvinyl alcohol) and electrospun to produce nanofibers. The procedure was carried out using the same electrical conditions for pure PVA solution fiberization potential. The diameter, defect count, and coverage areas of the resultant fibres are all measured. The Well Ness product was discovered to be microencapsulated within the bulk of the resulting fibers.
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聚合物溶液静电纺丝体系参数对纳米纤维形貌影响的研究
赋予纺织纤维营养保健性能的方法有两种:一种是微胶囊化,这是传统纺织纤维在纺织整理过程中的最后一步,另一种是在纤维化过程中加入特定的添加剂。在本手稿中,为了生产具有健康益处的垫子,将两种类型的含有芦荟的溶液添加到PVA(聚乙烯醇)的水溶液中并静电纺丝以生产纳米纤维。在相同的电条件下,对纯PVA溶液的纤维化电位进行了实验。测量所得纤维的直径、缺陷数和覆盖面积。Well Ness产品被发现是微胶囊化在纤维中。
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