1950s era stainless clad PV plate
1950s era stainless clad PV plate
(OP)
Can any of you oldtimers recall what was the going technology for cladding 1/8" thick SS on steel plate? In this case it is grade 405 (ferritic SS) on an unknown grade of carbon steel; it is not welded.
If roll bond is the answer, what bond strength was attainable?
(Sorry to cross post, but no responses were forthcoming in the B&PV Engineering section)
If roll bond is the answer, what bond strength was attainable?
(Sorry to cross post, but no responses were forthcoming in the B&PV Engineering section)
"If you don't have time to do the job right the first time, when are you going to find time to repair it?"





RE: 1950s era stainless clad PV plate
Regards,
Mike
RE: 1950s era stainless clad PV plate
That's the problem with the internet - nothing on earth could happen before it was invented.
"If you don't have time to do the job right the first time, when are you going to find time to repair it?"
RE: 1950s era stainless clad PV plate
RE: 1950s era stainless clad PV plate
How was that?
"If you don't have time to do the job right the first time, when are you going to find time to repair it?"
RE: 1950s era stainless clad PV plate
RE: 1950s era stainless clad PV plate
RE: 1950s era stainless clad PV plate
RE: 1950s era stainless clad PV plate
RE: 1950s era stainless clad PV plate
Thanks!
Sounds like you came by your moniker honestly
"If you don't have time to do the job right the first time, when are you going to find time to repair it?"
RE: 1950s era stainless clad PV plate
Sigma is not possible, and there seems too much ductility in the fracture event to believe 885°F embrittlement is significant. I suspect sulfidation - any comments?
"If you don't have time to do the job right the first time, when are you going to find time to repair it?"