2) bright(ly) chromium-plated
光亮镀铬的
3) Chromium plating
镀铬
1.
Orthogonal test of decorative and protective chromium plating process;
装饰防护镀铬工艺的正交试验研究
2.
Study of centrifugal high-speed chromium plating;
离心高速电镀铬工艺研究
4) chromium electroplating
镀铬
1.
Application of batch countercurrent rinsing in chromium electroplating
间歇式逆流漂洗在镀铬生产中的应用
2.
A review was given on the principles,purposes and practical effectiveness of chromium electroplating/ laser surface strengthening,plasma nitriding/chromium electroplating,and substrate laser pre-quenching/ chromium electroplating as the duplex surface treatment techniques.
根据高能束对镀铬涂层及其界面强化机制的不同,镀铬/高能束表面复合技术可分为两类:高能束强化镀铬涂层复合技术和高能束预处理基体/镀铬复合技术。
3.
Thus an anode was specifically designed for the purpose of increasing the trivalent chromium bath stability for chromium electroplating, by taking into account the methods for preparing the chromium electroplating anode and the effects of the electroplating conditions on the coating performance.
三价铬镀铬在实际应用中最大的问题是工艺的稳定性差,而阳极是影响硫酸盐三价铬镀液稳定性的关键。
5) Chromeplate
镀铬
1.
Effects of Cast Iron and Chromeplate Tap on Over Night Tap Water Quality;
铸铁和镀铬水龙头对过夜自来水水质的影响
2.
The develop ment status of current microcrack chromeplate technology is introduced.
介绍了微裂纹镀铬技术的发展现状,重点介绍了微裂纹镀铬工艺的特点、工艺流程和工艺参数。
6) chrome plating
镀铬
1.
Studies on the performance of a rare earth chrome plating additive;
稀土镀铬添加剂性能研究
2.
Introduced here is the change of travellers with chrome plating in terms of their various properties.
介绍了钢领表面经镀铬后其各项性能的变化 ,说明钢领表面镀硬铬提高了其硬度和耐磨性 ,降低了表面粗糙度Ra值 ,使用后可降低成纱断头率、毛
3.
This paper presents the newest research results on rare earth element additives to chrome plating in chromic acid bath.
对稀土镀铬添加剂的最新研究成果进行了系统的介绍,并就目前应用情况,阐述了今后研究工作中需要进一步探讨的问题。
补充资料:镀镉光亮剂
分子式:
CAS号:
性质: 镀镉光亮剂分为有机和无机两类。有机光亮剂有磺化蓖麻油、亚硫酸盐纸浆液、糊精、萘酚磺酸等。它们可以提高阴极极化作用和分散能力,使镀层结晶细致有光泽,并能掩蔽金属杂质。无机光亮剂有硫酸镍或钴盐。常用的硫酸镍可以改善镀层的物理性质,增强光泽等。但光亮剂不可过量,以免镀层发脆和起泡。
CAS号:
性质: 镀镉光亮剂分为有机和无机两类。有机光亮剂有磺化蓖麻油、亚硫酸盐纸浆液、糊精、萘酚磺酸等。它们可以提高阴极极化作用和分散能力,使镀层结晶细致有光泽,并能掩蔽金属杂质。无机光亮剂有硫酸镍或钴盐。常用的硫酸镍可以改善镀层的物理性质,增强光泽等。但光亮剂不可过量,以免镀层发脆和起泡。
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