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Preparation and Properties of Core‐Shell Structure/Ni60 Coating

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As the most important element in improving the service life of a mechanical system, surface coating materials are of key importance in the development of high‐end equipment. To improve the comprehensive properties of the surface coating, the common core‐shell structure/Ni60 coating was prepared on the surface of #45 steel by supersonic plasma spraying. The results show that the Ni60 has no layer structure, pores, cracks, and other defects on the surface of the coating. The nanohardness of the NNA(Ni60/Ni (Al) mixture powder), NNM(Ni60/Ni (MoS2) mixture powder), and NNC(Ni60/Ni (C) mixture powder) coatings is 6815 μN, 5750 μN, and 2000 μN. The results show that the wear resistance of the NNA coating is better. In the friction and wear test, the NNA coating mainly shows adhesive wear and abrasive wear, while the NNM and NNC coatings mainly show abrasive wear.
Title: Preparation and Properties of Core‐Shell Structure/Ni60 Coating
Description:
As the most important element in improving the service life of a mechanical system, surface coating materials are of key importance in the development of high‐end equipment.
To improve the comprehensive properties of the surface coating, the common core‐shell structure/Ni60 coating was prepared on the surface of #45 steel by supersonic plasma spraying.
The results show that the Ni60 has no layer structure, pores, cracks, and other defects on the surface of the coating.
The nanohardness of the NNA(Ni60/Ni (Al) mixture powder), NNM(Ni60/Ni (MoS2) mixture powder), and NNC(Ni60/Ni (C) mixture powder) coatings is 6815 μN, 5750 μN, and 2000 μN.
The results show that the wear resistance of the NNA coating is better.
In the friction and wear test, the NNA coating mainly shows adhesive wear and abrasive wear, while the NNM and NNC coatings mainly show abrasive wear.

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