1) Conversion Layer
表面调整转化层
1.
Determination of the Contents of Ti,Ni in Conversion Layer Before Colour-Coating and Cr in Passive Film by ICP-AES;
ICP-AES测定彩涂前处理表面调整转化层中Ti、Ni含量及钝化膜中Cr含量
2) surface conditioning
表面调整
1.
The influence of surface conditioning film,chromate passivating film and composite film on the adhesion and corrosion resistance of color coated sheet were studied.
通过实验研究了表调膜和涂敷型铬酸盐钝化膜及其复合膜对彩涂钢板粘附力和耐蚀性的影响,结果表明,采用酸性表面调整处理复合涂敷型铬酸盐钝化预处理技术生产高品质彩涂板是可行的。
2.
Through the study of pretreatment in prepainted galvanized sheet manufacturing,discuss the importance of chemical converting(surface conditioning and chemical passivation) film in the pretreatment,and the relationship between the performance(e.
通过对彩色涂层钢板前处理中化学转化膜(表面调整膜和化学钝化膜)形成机制及其作用的分析,讨论了化学转化膜在前处理工艺中的重要性,确定了化学转化膜功能元素的附着量与彩色涂层钢板耐反向冲击和T—弯性能之间的对应关系,找到影响彩色涂层钢板其主要力学性能的表面调整和化学钝化之间相关系数的最佳范围。
3.
The influence of surface conditioning film, chromate passivating film and composite film on the adhesion and corrosion resistance of color coated sheet were studied.
本文通过实验研究了表调膜和涂敷型铬酸盐钝化膜及其复合膜对彩涂钢板粘附力和耐蚀性的影响,结果表明,采用酸性表面调整处理复合涂敷型铬酸盐钝化预处理技术生产高品质彩涂板合理、可行的。
3) surface conditioning agent
表面调整剂
1.
Presently industrial typical surface conditioning agent is solid powder, which easily results in dusty pollution and affect the quality of coating, aside its preparation needs high energy loss, strict temperature controlling and a long time.
目前工业常用的表面调整剂一般为固体粉末 ,但粉末容易对涂装工序造成粉尘污染而影响涂层质量 ,而且固体表调剂制备过程中耗能大 ,温度要求苛刻 ,制备时间长。
4) conversion coating
转化表层
5) adjustment technology of surface polarity
表面极性调整
6) acid surface-fixing film
酸性表面调整
补充资料:表面转化步骤
分子式:
CAS号:
性质: 即偶联化学反应,因这些步骤主要在电极界面上或电极表面附近的薄层溶液中发生的,故称表面转化步骤。
CAS号:
性质: 即偶联化学反应,因这些步骤主要在电极界面上或电极表面附近的薄层溶液中发生的,故称表面转化步骤。
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