The ability to accurately reverse engineer existing castings is essential to any modern foundry. Reverse engineering could be required for a variety of reasons ranging from replication of an old casting where original patterns have been lost to improving mechanical performance or learning from an existing design to replicate or improve it. Whatever the reason, … Read more
Stainless steel SA-351 CF3 is the cast equivalent of type 304L stainless steel. CF8 and CF3 have very similar chemical and mechanical properties. CF3 is a variation of CF8 and has a lower carbon content which improves weldability and lowers the risk of reduced corrosion resistance around the weld. CF3 is preferred to CF8 when there will be no post-weld heat treatment. Solution annealing is necessary for maximum corrosion resistance and to prevent intergranular attack. CF3 is used for applications below 345°C in industries ranging from food and beverage to nuclear power, petroleum and detergent manufacturing. Components produced in CF3 include impellers, manifolds and valve bodies.
For detailed chemical composition, typical mechanical properties and comparative specifications please view the CF3 data sheet by filling out the form below.
All information in our data sheets and website is indicative only and is not intended to be a substitute for the full specification from which it is extracted. It is intended to provide typical values to allow comparison between metal alloy options rather than a definitive statement of mechanical performance or suitability for a particular application as these will vary with temperature, product type and product application. It is presented apart from contractual obligations and does not constitute any guarantee of properties or of processing or application possibilities in individual cases. Our warranties and liabilities are stated exclusively in our terms of trading.
Need help selecting the right casting process?
Selecting the best casting process for your project can be a challenge. Our guide covers the criteria you need to consider…