1) contaminated resistance
耐沾污性能
1.
Analysis of the relationship between surface energy and latex paint contaminated resistance;
浅析表面能和乳胶漆耐沾污性能的关系
2) stain resistance
耐沾污性
1.
Investigation on copolymerization of core-shell acrylate emulsion and stain resistance of latex coating;
核壳丙烯酸酯乳液的合成及其涂料耐沾污性研究
2.
Study of Stain resistance for Exterior Wall Latex Coatings;
建筑外墙乳胶涂料的耐沾污性研究
3.
The key factors affecting stain resistance of emulsion paint are analyzed.
对影响乳胶漆耐沾污性的几个因素进行了分析讨论,并进行了试验验证,最后提出了改善乳胶漆耐沾污性的建议。
3) high pollution resistance
高耐沾污性
4) contamination resistance
耐沾污
1.
This article has discussed the causes and influencing factors for film contamination of exterior emulsion coatings and compared the hydrophilic and hydrophobic mechanisum for improving the contamination resistance of exterior emulsion coatings.
分析了外墙乳胶漆涂膜被污染的主要原因及影响因素,比较了用于改善外墙乳胶漆耐沾污性的亲水性与疏水性理论,采用具有特殊功能的纯丙乳液,并在应用中调整工艺配方,研制出具有高耐沾污性的外墙乳胶漆。
2.
The advantageous performances include weatherability,contamination resistance,chemicals resistance,flexibility,heat insulating and temperature lowering,suitable for the decoration of buildings in areas which is hot in summer and warm in winter and which is hot in summer an.
涂膜具有超群的耐候性,优异的耐沾污性,突出的耐化学品性,优异的柔韧性,极佳的隔热降温性能,适用于夏热冬暖、夏热冬冷地区建筑物的饰面涂装。
3.
Using silicone modified acrylate emulsion and fluorine-containing emulsion as binder a heat-insulating coatings,which has the multifunction of contamination resistance,heat reflection and low heat conduction,has been developed.
利用有机硅改性丙烯酸酯乳液和含氟乳液为基料,制备耐沾污、具有热反射和低导热协同作用的隔热涂料。
5) stain resistance
耐沾污
1.
It is found that the surface rigidity of the coating rises with the increase of the amount of nanosilica in paint, which lead to improvement to the stain resistance of water borne of paints.
改性后的纳米 Si O2 对聚丙烯酸酯水性外墙涂料涂膜的表面硬度和耐沾污性能有较大提高。
2.
From the aspect ofcontamination reason ofexterior coatings,several ways to improve stain resistance were analyzed and principal study and status of exterior coatings with stain resistanee both at home and abroad were overviewed.
从外墙涂料的污染原因出发,分析了提高建筑外墙涂料耐沾污性的几种措施,综述了国内外耐沾污涂料的理论研究和现状,讨论了荷叶效应、自分层技术、微粉化技术以及光催化效应等方法在制备耐沾污性建筑外墙涂料中的优势和存在的问题,指出了制备耐沾污性建筑外墙涂料的方向。
补充资料：沾污区
分子式：
CAS号：
性质：放射性工作场所如乏燃料后处理厂的厂房，根据放射性沾污的情况分成清洁区，沾污区和工艺室等。清洁区为无放射性工作区。沾污区为放射性工作区。进出放射性沾污区要经过更衣、淋浴、监测。沾污区工作人员要受到正规训练。沾污区根据放射性水手可分为控制区和监督区，其中控制区为放射性水平较高的工作区。
CAS号：
性质：放射性工作场所如乏燃料后处理厂的厂房，根据放射性沾污的情况分成清洁区，沾污区和工艺室等。清洁区为无放射性工作区。沾污区为放射性工作区。进出放射性沾污区要经过更衣、淋浴、监测。沾污区工作人员要受到正规训练。沾污区根据放射性水手可分为控制区和监督区，其中控制区为放射性水平较高的工作区。
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