Abstract
Composite plating was used to prepare Ni–W infused rare earth oxide CeO 2 composite coatings. The high temperature friction behavior and corrosion resistance of the coatings against molten glass were investigated by using a high temperature tribometer. A microhardness tester and an environmental scanning electron microscope equipped energy dispersive spectroscopy were employed to investigate the microhardness and the surface morphology of the composite coatings respectively. The results show that the brittle fracture, high temperature tribological properties and the corrosion resistance of Ni–W infused CeO 2 coatings are superior to those of a standard Ni–W coating. CeO 2 particles decrease the friction coefficient from nearly 0.5 to about 0.25 during the composite coatings sliding against the molten glass at about 973 K, and proper quantities of CeO 2 decrease the variation of the friction coefficient value. Furthermore, CeO 2 can improve the corrosion resistance of the Ni–W coatings at high temperature effectively.
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