1) formaldehyde-free durable-press finishing
无甲醛免烫整理
1.
Ionic crosslinking method: a novel formaldehyde-free durable-press finishing technique;
一种新型的无甲醛免烫整理技术——离子交联法
3) Formalde hyde-free DP finish agent SRD787
无甲醛免烫整理剂SRD787
4) non formaldehyde durable press finishing
无甲醛耐久压烫整理
5) DP finishing
免烫整理
1.
Study on ionic crosslinking formaldehyde-free DP finishing
离子交联无甲醛免烫整理工艺研究
2.
The development of non-formaldehyde DP finishing agents of polycarboxylic acids is discussed.
结合近几年多元羧酸类无甲醛整理剂的发展情况,阐明了BTCA、CA两种无甲醛免烫整理剂整理所存在的问题、解决办法,并对聚多元羧酸类无甲醛整理剂的发展情况作了大体的介绍,最后对上述几种免烫整理剂的发展方向谈了看法。
3.
Catalytic mechanism between polycarboxylic acid and cotton fabrics with various catalysts during DP finishing are emphatically investigated, pointing out that improvement of polycarboxylic acid DP finishing for cotton fabrics are urgently needed.
着重探讨了棉织物多元羧酸免烫整理中各种不同催化剂的催化机理,并指出了改善多元羧酸免烫整理工艺的迫切性。
6) durable press finishing
免烫整理
1.
Effect of softeners on the durable press finishing of cotton fabric with BTCA;
柔软剂对BTCA免烫整理棉织物性能的影响
2.
The shortcomings resulted from conventional durable press finishing were eliminated by combined durable press and dirt repellent finishing in a wet short steaming process,and the cotton garment properties were improved.
采用湿短蒸工艺通过免烫与易去污复合整理解决了常规免烫整理中存在的缺点,提高了棉织物服用性能。
3.
The optimum conditions of durable press finishing with glutaraldehyde were studied on inquiring in details the effects of glutaraldehyde levels.
研究了戊二醛作为免烫整理剂的最佳工艺条件,详细考察了戊二醛的用量、催化剂种类及用量、pH值和焙烘条件对整理织物性能的影响,并与低甲醛改性2D树脂及无甲醛整理剂进行了对比,证明戊二醛可作为免烫整理剂,整理后织物的各项指标满足服用要求,是一种较好的无甲醛免烫整理剂。
补充资料：低甲醛树脂整理剂
分子式：
CAS号：
性质：将树脂初缩体分子中的N-羟甲基基团进行醚化改性，阻止该树脂在织物上日后遇水水解释出甲醛而造成危害的物质。如2D树脂整理剂。
CAS号：
性质：将树脂初缩体分子中的N-羟甲基基团进行醚化改性，阻止该树脂在织物上日后遇水水解释出甲醛而造成危害的物质。如2D树脂整理剂。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条