Hi,
This will cover a variety of components, but typically the material shall either be a 12% Cr, 2½% Ni steel or a Ni-based superalloy.
The main wear mechnaism would be fretting (the components are gas turbine parts).
I would like to identify an alternative technique to electroplating for the application of a chromium carbide based hardfacing surface layer. Typically the layer would be 0.002" - 0.006" thick and should operate at temperatures of up to 700°C. The area to be coated is small and has a detailed...
I would like to identify an alternative technique to electroplating for the application of a chromium carbide based hardfacing surface layer. Typically the layer would be 0.002" - 0.006" thick and should operate at temperatures of up to 700°C.
I would assume that PVD or micro-arc welding may...
I have been advised that, in order to refurbish a worn hard chrome plating on a component, I will have to completely remove the old plating and re-deposit a new one (i.e. onto base material). Is there any reason why the existing Cr surface cannot be activated and plated onto?
I have been advised that, in order to refurbish a worn hard chrome plating on a component, I will have to completely remove the old plating and re-deposit a new one (i.e. onto base material). Is there any reason why the existing Cr surface cannot be activated and plated onto?
I have been advised that, in order to refurbish a worn hard chrome plating on a component, I will have to completely remove the old plating and re-deposit a new one (i.e. onto base material). Is there any reason why the existing Cr surface cannot be activated and plated onto?
I have been advised that, in order to refurbish a worn hard chrome plating on a component, I will have to completely remove the old plating and re-deposit a new one (i.e. onto base material). Is there any reason why the existing Cr surface cannot be activated and plated onto?
