Tussah cloth was creaseproofing finished with water-solubility epoxide as formaldehydeless finishing agent.
对不同工艺条件下几个重要的影响整理因素进行分析讨论,获得无甲醛整理剂——HY-001对柞丝绸防皱整理的优化工艺。
A theoretical formula about the relationship of the thickness and crease recovery angle of tussah silk was established.
对柞丝绸的厚度及折痕回复角进行了测试,并且通过SPSS统计分析软件对柞丝绸的厚度与折痕回复角的相关性作了回归分析,分析发现,该织物厚度与折痕回复角的相关程度较大,并从理论上建立了柞丝绸的厚度与折痕回复角的函数关系式。
Polycarboxylic acid-the copolymer(PMA) of maleic acid(MA) and itaconic acid(IA) was synthesized and applied to tussah silk for crease-proofing finish.
合成马来酸(MA)、依康酸(IA)共聚物(PMI),用于柞丝绸的抗皱整理,通过正交试验优选了其在柞丝绸防皱整理中的应用工艺,结果表明:织物经PMI整理后,湿弹性显著提高,耐洗性较好,对织物的白度和强度基本无影
Acid or neutral dyes low_temperature dyeing experiment of tussah silk is conducted in buffer solution acetic acid in the presence of sodium acetate,penetrant and dye leveller in order to obtain optimal dyeing conditions.
采用缓冲溶液醋酸—醋酸钠和添加渗透剂、匀染剂，对柞丝织物酸性染料和中性染料低温染色工艺进行试验，得到柞丝绸低温染色的最佳工艺条件。
