首页> 外文期刊>Asian journal of textile >Extraction and Textile Qualities of Fibers from Some Xerophytic Plants
【24h】

Extraction and Textile Qualities of Fibers from Some Xerophytic Plants

机译:某些旱生植物纤维的提取和纺织品质

获取原文
获取原文并翻译 | 示例
       

摘要

The significant of natural fiber in artistic manipulations cannot be overestimated, hence there is need to resuscitate its extraction and production. A study was conducted on the extraction and the textile potentials of fibers from four xerophytic plants namely: Agave sisaliana, Agave americana, Pandanus sanderi and Sanservieria trifasciate. Six different solutions: A- 2 L of cold water and 10 g of caustic soda (NaOH); B-2 L of cold water and 20 g NaOH; C-2 L of hot water and 10 g NaOH; D-2 L of hot water and 20 g of NaOH; E-2 L of hot water (control 1) and F-2 L of cold water (control 2)} were assessed for there fiber extraction capacity and the quality of fiber using retting traditional method for three days. The results of this experiment showed highest level of retting in plants soaked in solution D followed by solution B and the lowest from solution A after the first three days. Agave americana fiber was more subtle, smooth and with fine strands. Fiber extraction process was firstly completed in solution D followed by solution C while solutions E and F plants were still undergoing fiber retting process after 14 days. All the plants had sized and unsized fibers of different qualities. The utilization of solution D is recommended in traditional retting of fibers since all plants fiber extracted in this solution had the best structure and Agave americana gave the best fiber. Natural fiber extraction is economical and harnessing these potentials will contribute immensely to the industrial artistic world development.
机译:不能高估天然纤维在艺术操作中的重要性,因此需要恢复其提取和生产。对四种干植物的纤维的提取及其纺织潜力进行了研究,这些植物为:龙舌兰,龙舌兰,露兜树和三叶草。六种不同的溶液:A-2 L冷水和10 g苛性钠(NaOH); B-2 L冷水和20 g NaOH; C-2 L热水和10 g NaOH; D-2 L热水和20 g NaOH;使用传统的tting胶方法评估了E-2 L的热水(对照1)和F-2 L的冷水(对照2)}的纤维提取能力和纤维质量,测试时间为传统的三天。该实验的结果表明,浸泡在溶液D中的植物的re休水平最高,其次是溶液B,在开始的三天后,溶液的最低水平。龙舌兰纤维更微妙,光滑且具有细线。纤维提取过程首先在溶液D中完成,然后在溶液C中完成,而溶液E和F的植物在14天后仍在进行纤维脱胶过程。所有植物均具有不同质量的上浆和未上浆的纤维。在传统的纤维脱胶中,建议使用溶液D,因为在该溶液中提取的所有植物纤维均具有最佳结构,而美洲龙舌兰则提供最佳纤维。天然纤维的提取是经济的,利用这些潜力将极大地促进工业艺术世界的发展。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号