摘要
竹浆和竹原纤维,同属纤维素纤维,文章通过对竹浆与竹原纤维的纵、横向形态结构,抗紫外能力,耐不同无机、有机化合物性能试验,以及与着色剂的着色结果比较,说明竹浆与竹原纤维在性能上的差异。测得它们的形态结构不同,都能溶解于无机酸,不溶于有机溶剂,竹浆纤维的耐碱性比竹原纤维要好,竹原纤维的着色能力与抗紫外能力明显高于竹浆纤维。
Both bamboo pulp fiber and bamboo fiber cellulosec fibers. In order to compare their difference in performance, this paper has studied the two fibers from longitudinal and cross section morphological structure, anti-ultraviolet capability, resistance to inorganic and organic chemical treatment, and the dying test with tinctorial substance. The results show that their morphological structures are different. They beth are resolvable in inorganic acids, but are not resolved in organic solvents. The alkali resistance of bamboo pulp fiber is superior to that of bamboo fiber, and the colorability and the performance of anti-ultraviolet of bamboo fiber are evidently better than those of bamboo pulp fiber.
出处
《现代纺织技术》
2007年第2期1-3,共3页
Advanced Textile Technology
关键词
竹浆纤维
竹原纤维
性能
着色性
Bamboo pulp fibre
Bamboo fiber
Performance
Colorability
作者简介
周秋宝（1964-），女，浙江诸暨人，高级实验师，主要从事实验教学与纺织染整技术工艺研究。
