Coatings deposited utilizing different thermal spray variants have been widely used for diverse industrial applications. Today, various coating techniques belonging to the thermal spray family and spanning a vast cost–quality range have been embraced by the industry to either extend the longevity of components or enhance their performance, especially when these parts routinely operate in harsh conditions.
The purpose of this paper is to investigate improving high‐temperature oxidation resistance of titanium by developing new coatings based on aluminum and its combination with the substrate. Nanocrystalline plasma electrolytic saturations were applied on the surface of commercially pure titanium in an aqueous bath.
A Semipermanent Anti-Corrosion Coating.
Learn the basics about Rust, it's prevention and treatment. What causes rust? Why do only metals rust? How do you prevent rust? Find out more in this video!
What is Thermal Spray or Flame Spray Technology?
Thermal Spray coating course will enable you to understand thermal spray technology, its history, the major thermal spraying processes like flame spraying, arc wire spraying, plasma spraying and high-velocity spraying principle, along with their process equipment, and materials. A course designed specifically for engineering students to recognize major coating materials and equip knowledge of surface engineering and advanced coatings.
An overview of the National Center for Education and Research on Corrosion and Materials Performance (NCERCAMP) at The University of Akron.