Silicon carbide coatings serve as critical barriers in high-temperature and radiation-intensive environments, providing corrosion resistance, wear protection and containment of fission products.

Stainless steels introduced in the early twentieth century provided an initial foundation for high-temperature engineering applications. However, subsequent investigations revealed the insufficiency ...

Inconel 713LC nickel based super alloy was coated with a mixture of pure silicon and aluminium powders in an organic binder based on liquid amyl acetate using a spray gun. Through a two-stage heat ...

This appendix reviews various coating process technologies: diffusion coating, thermal spray (particulate deposition), physical vapor deposition (atomistic or molecular transfer), and sputtering ...

Historically, the corrosion protection of iron- and nickel-based alloys has been improved by aluminide diffusion coatings. The formation of iron or nickel aluminides through controlled diffusion of ...

In addition to coating and precision machining, Chromalloy’s manufacturing and repair center in Tilburg, The Netherlands, provides engineering services, joining (including brazing, welding, and heat ...

This is precisely where the Fraunhofer Institute for Surface Engineering and Thin Films IST comes in. With an expanded infrastructure, the institute can now map the entire process chain for the ...

As described in chapter 2, the primary purposes of high-temperature structural coatings are to enable high temperature components to operate at even higher temperatures, to improve component ...