Department of Nanotechnology, Baker Hughes a GE company, USA
*Corresponding author: Khabashesku VN, Department of Nanotechnology, Center for Technology Innovation, Baker Hughes a GE Company, 14990 Yorktown Plaza Drive, Houston, TX, 77040 USA, Tel: 281-231-3294; Email: email@example.com
Submission: November 20, 2017; Published: December 15, 2017
ISSN: 2576-8840Volume2 Issue4
Protective coatings are important for mitigation of the corrosion and erosive wear of equipment components and infrastructure in oil and gas industry. Ni-based metal-matrix nanocomposite (MMnC) coatings incorporated with diamond nanoparticles offer an interesting alternative to hard chromium and conventional Ni coatings. It is expected that components manufactured from inexpensive base materials coated with MMnCs should have longer service life, which translates into lower operating costs. In the present work, two different Ni-based MMnCs filled with nanodiamond particles were developed through Ni-P electroless and Ni-B electroplating deposition. The role of co-deposited diamond nanoparticles in these Ni-based MMnCs has been assessed by following the relationship between hardness and corrosion potential and microstructure and particle size of the coatings. The results presented in this paper demonstrate that Ni-based MMnC coatings outperform conventional electroless Ni-P and electroplated Ni-B coatings and validate their ability to provide simultaneous corrosion and erosion protection for oil and gas tools and components.