化学镀镍磷镀层做为一门新型成熟的表面处理技术已受到人们越来越多的重视。
Chemical plating of nickel phosphorus film, as a new proven surface treatment technology, has drawn ever increasing attention.
研究了酸性化学镀镍溶液中加速剂对沉积速度、氢的析出量、镀层含磷量和镀层耐腐蚀性能的影响。
Effect of the speeding additive on deposition rate, hydrogen evolution amount, content of phosphorus and corrosion resistance of deposit in acidic electrolyte has been studied.
介绍了化学镀镍-磷合金镀层的耐蚀特性及其在石化工业上的应用。
The anti-corrosion characters of chemical nicklephospherous alloy planting and its application in petrochemical industry are introduced.
从镍磷化学镀的反应机理出发，讨论了反应中影响磷沉积速率和镀层中磷含量的主要因素，试验制备了含磷量较高且抗蚀性良好的镍磷镀层。
The chemical Ni P plating mechanism in acid baths and the major aspects which influence the plating rate and P content of Ni P alloy coatings were discussed.
与传统化学镀镍工艺相比，该工艺所得镀层含磷量高、硬度高，组织结构致密均匀。
Compared with conventional electroless nickel plating process, the deposits obtained are greatly improved with higher phosphorus content, hardness, more compact and uniform microstructure.
在化学镀镍磷合金工艺中，使用了一种新型的镀镍光亮剂en6 5d，获得了全光亮的镀层。
A new brightening agent EN65D is used in the electroless plating Nickel Phosioporuos process, and the entire bright coating is obtained.
在化学镀镍磷合金工艺中，使用了一种新型的镀镍光亮剂en6 5d，获得了全光亮的镀层。
A new brightening agent EN65D is used in the electroless plating Nickel Phosioporuos process, and the entire bright coating is obtained.
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