研制了一种常温锌系磷化工艺。
A zinc-series phosphating process at room temperature was developed.
介绍了一室多用发夹浸磷磷化工艺。
研究了一种中温锰系黑色磷化工艺。
A kind of manganese series black phosphating technics at mid-temperature was studied.
对内含羟胺促进剂的磷化工艺进行了研究。
A hydroxyl ammonium sulfate (has) accelerated phosphating process has been studied.
介绍凸轮轴的磷化工艺。
The manganate phosphating technology of camshaft is introduced.
提出一种新型的钢铁中温锌钙系状态下的磷化工艺。
A newly developed phosphating process under middle level temperature is put forword.
改进了彩膜磷化工艺，将磷化剂的成本降低了50%。
The color film phosphating process was improved, and the cost of phosphating agent was reduced by 50%.
探讨了刷涂磷化机理，给出了磷化工艺流程及工艺参数。
The mechanism of phosphating for brush coating was discussed, and the process flow and parameter were presented.
锰系中温黑色抗蚀磷化工艺对传统的锰系磷化工艺进行了改进。
Mn series black anti-corrosion phosphating process at medium temperature was an improved process for traditional Mn series phosphating process.
改进后的工艺，磷化质量优良，磷化工艺稳定，工艺管理规范。
The improved process produces stable phosphating with good quality and standardized …
研究HH951磷化液用于大型电厂蒸汽导气管的室温磷化工艺。
HH951 special phosphatizing solution was developed for the room temperature phosphatizing of the steam tubes in largescale thermal power plant.
介绍了BH-64铁系磷化工艺和该工艺中影响磷化膜性能的因素。
A practical iron phosphating process, BH-64, was suggested. Factors affecting the properties of the film obatined were discussed.
介绍汽车行业磷化工艺及应用，对生产中存在的问题提出了改进措施。
This article introduces the phosphate technology and its application in automobile industry, and gives the improving measures for the problems in production.
主要研究在常温超声波条件下，磷化工艺的介质组成和相应的工艺参数。
The consisting component of phosphating technology and correspondent technology parameter under the normal temperature and supersonic condition are studied.
阐述了钢铁常温发黑及常温磷化工艺及其共性与个性，并提供了工艺配方。
Processes for room temperature blackening and phosphating of steel as well sd their generality and individuality are described.
阐述了钢铁常温发黑及常温磷化工艺及其共性与个性，并提供了工艺配方。
Processes for room temperature blackening and phosphating of steel as well sd their generality and individuality are described. Formulaes are given.
通过磷化机理的探究，对传统磷化工艺加以改进，给出了一种新型磷化工艺。
Through the research on phosphorus mechanism and by improving the traditional phosphorus craft, a new phosphorus process is developed.
功能性磷化工艺主要应用于冷加工业、机械工业、复合材料加工业、涂料工业等。
Functional phosphating process is applicable to cold working industry, machinery finish industry, composite material industry, coating industry and so on.
介绍磷化工艺过程中的工艺管理，如磷化液的分析，磷化膜的检测和质量控制等。
Process control of phosphating including analysis of the solution, inspection and quality control of the film is described.
该研究得出了最新工艺配方，使发兰、磷化工艺具有低温性、低渣量、快速性、低成本的特点。
This article describes the newest technological formula, which lets the technology have some characteristic, such as low temperature, less dregs, rapidity and low cost.
针对磷化工艺中存在的除油不彻底、用水量大、废水处理量大等问题，提出了改进磷化工艺措施。
Aiming at the problem of oil removal, large water consumption and large waste water treatment in phosphating process, improvement measure of phosphating process is put forward.
本文通过对磷皂化反应机理的分析及大量试验表明，磷皂化质量不稳定的产生主要与磷化工艺的控制有关。
This text through the analyses of mechanism reacting and a large amount of experiments to indicate that the production of the saponification of phosphorus with unsta…
与传统磷化相比，电解磷化工艺采用电能，具有速度更快，膜层更牢固、覆盖更完整，质量控制更方便等优点。
Compared with traditional phosphating, electrolytic phosphating has advantages of faster rate, firmer and more complete film, and easy quality control.
分析了电磁阀本体黑色磷化工艺存在的问题，包括磷化质量不稳定，工艺不完善，挂具设计不合理、后处理质量低等。
The existing problems of black phosphating process for solenoid valve were analyzed, including unstable phosphating quality, imperfect technics, incongruous rack design and low post-treatment quality.
为了保持基体金属硬度、磁性以及电镀层性能等均不变，将锌铁合金电镀工艺与磷化工艺进行了组合，以提高钢铁件的防护性能。
Holding primary hardness, magnetism and plating properties of matrix, protection performance of steel was improved by combining the Zn - Fe alloy electroplating and phosphating technology.
为了保持基体金属硬度、磁性以及电镀层性能等均不变，将锌铁合金电镀工艺与磷化工艺进行了组合，以提高钢铁件的防护性能。
Holding primary hardness, magnetism and plating properties of matrix, protection performance of steel was improved by combining the Zn - Fe alloy electroplating and phosphating technology.
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