1)  fastness of washing
耐洗度
2)  washing-resisting
耐洗
1.
In this paper, the synthetic mechanism, synthetic technology and key technique of Type FO-2 washing-resisting and anti-static agent have also introduced.
介绍了FO 2型耐洗性抗静电剂的合成机理、合成工艺及关键技术 ,阐述了反应温度、反应时间、真空度和物料比等因素对反应过程和成品效果的影响 。
3)  washing fastness
耐洗性能
4)  washability
耐洗性
1.
The silver content of the finished fabric,moisture and air permeability,washability of anti-bacterial fabric were tested.
采用浸轧法对化纤织物进行Dorafresh纳米银抗菌整理,试验了不同轧液率、加酸条件、整理液曝光对织物抗菌效果的影响;测试了整理织物的银含量、透气透湿性能、抗菌织物的耐洗性;分析了纳米银颗粒粒径的分布状况。
2.
Practical production of durable flame retardant finishing of pure cotton drill, poplin and canvas is per_formed and the result indicates that FRC-2 has superior flame retardancy and washability without adverse effect on the original style of the finished fabric and its inherent quality.
结果表明FRC- 2 具有优良的阻燃效果和耐洗性,而且不影响整理织物原有风格和内在质量,成本比国外阻燃剂低,有推广价
5)  scrubbing resistance
耐洗刷性
1.
By way of experiments, analysis was made of the effects of reduced PVC on gloss, hiding power and scrubbing resistance of latex paint.
本文通过实验,分析讨论了对比颜料体积浓度对乳胶漆光泽、遮盖力、耐洗刷性的影响,在综合考虑对涂料各性能的不同影响基础上,确定了乳胶漆配方设计中对比颜料体积浓度的最佳范围。
2.
Testing results showed that the form of silicone intermediateand addition of 10% silicone both could make stability of the emulsion and ageing resistance, scrubbing resistance and stainresistance of the coating film desirabl.
研究结果表明:有机硅中间体形式及10%有机硅含量均能使乳液的稳定性、涂料漆膜的耐老化性、耐洗刷性、耐粘污性达到理想状态。
6)  washability
耐洗刷性
1.
The influence of catergories and amount of emulsions,dispersan ts,fillers,thickeners and et al on the washability of the coatings is discusse d.
讨论了乳液的种类和用量、分散剂、填料、增稠剂等对涂层耐洗刷性能的影响。
2.
The influence of amuont of EVA emulsion on film washability,amount of sierozem powder on contrast ratio are discussed.
介绍了使用灰钙粉和乙烯 -乙酸乙烯酯共聚物 (VAE)乳液配制VAE乳胶漆的技术 ,包括原材料的选用、配方和配制程序等 ;探讨了VAE乳液用量对涂料耐洗刷性的影响 ,灰钙粉用量对涂料对比率的影响以及用加速升温贮存试验和常温贮存试验测试乳胶漆的贮存稳定性的结果 ;综合评价了乳胶漆的性能特征和应用优势 ,并分析了灰钙粉提高涂料性能的原
参考词条
补充资料:耐皂洗牢度
分子式:
分子量:
CAS号:

性质:色牢度术语。指印染品的色泽抵抗肥皂溶液洗涤的牢度。肥皂溶液对印染品上的染料有乳化作用和剥色作用。分1~5级,1级最差,5级最好。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。