1) zinc-based waterborne coating
锌基水性涂层
2) zinc-based waterborne anticorrosive coatings
锌基水性耐蚀涂层
1.
Further more the preparation technology and the composition component of zinc-based waterborne anticorrosive coatings was investigated.
本文对振动磨制备片状锌粉的工艺、国内外片状锌粉的物理性能及表面改性方法进行了系统的研究,并应用改性后片状锌粉对锌基水性耐蚀涂层处理液的组成及配制工艺进行了探讨,得出了优化配方,主要研究结果如下: 1。
3) Zn based coatings
锌基涂层
1.
The electrochemical performances of Zn based coatings were studied by potentiondynamic,electrochemical impedance spectra and salt resistance experiment.
用交流阻抗、极化曲线和耐盐实验的方法，研究了锌基涂层的电化学性能·其结果表明，锌基涂层的防护性能与涂层的阻挡性及阴极保护基体性有着密切关系，以复合涂层形式存在时，协同效应非常显著
4) zinc-based waterborne compound coatings
锌基复合涂层
5) zinc/aluminium based corrosion resistance coating
锌铝基耐蚀涂层
1.
To solve the performance problems, low hardness and poor wear resistance and antifriction, of the zinc/aluminium based corrosion resistance coating at the special high speed and large friction service conditions, a trial adding diamond particles into the coating was made to enhance the coating properties.
为解决锌铝基耐蚀涂层在高速、强摩擦等特殊服役条件下硬度低、耐磨减摩性能差等问题,尝试通过添加金刚石粒子对其进行强化。
2.
To solve the used problem of the Zinc/Aluminium based corrosion resistance coating under the special high speed and large friction service conditions, a trial adding SiC nanoparticles into the coating was made to increase the coating hardness and strength.
为解决锌铝基耐蚀涂层在高速、强摩擦等特殊服役条件下的使用问题,探索性地添加SiC纳米粒子对锌铝基耐蚀涂层进行改性,以提高涂层的硬度和强度。
6) High corrosion resistant Zn-based coating
高耐蚀锌基涂层
补充资料：铂改性铝涂层IN738LC耐蚀高温合金热腐蚀产物
铂改性铝涂层IN738LC耐蚀高温合金热腐蚀产物
IIL_一_一了
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