cf8m is a Sharpe Valve model # , 1000 CWP means it is rated for 1000psi Constant Working Pressure
8.9E10-6 in/inF at 70-212F
It is a casting of 316 stainless, with higher values of Nickel, Chromium, and Silicon.
Use the standard austenitic alloys (316 or CF8M) whenever the part will not be welded or can besolution annealed after welding.Use the low carbon versions (316L or CF3M) for parts that will be welded and cannot be solutionannealed after welding
It is a form of 316 Stainless Steel As to the designation - C (first letter) means the service it is intended to be used in this case - corrosion resistant service , F(second letter) -The second letter indicates the approximate location of the alloy on the iron-chromium-nickel (FeCrNi) ternary diagram. For users familiar with the diagram, the second letter does provide an indication of the nominal iron, nickel, and chromium content, but most people would have to obtain alloying information from a material specification. 8M - the third and fourth digits represent the maximum permitted carbon content in units of 0.01% (e.g., CF8M has a maximum of 0.08% carbon)
Stainless Steel version
cf8m is a Sharpe Valve model # , 1000 CWP means it is rated for 1000psi Constant Working Pressure
316 stainless
it is upto the composite of the alloys...cf8 doesnt contains molybdenum......cf8m contains molybdenum in the range of 2-3%...molybdenum provides high corrosion resistant to chlorides...
8.9E10-6 in/inF at 70-212F
It is a casting of 316 stainless, with higher values of Nickel, Chromium, and Silicon.
ASTM A 351 Gr CF8 stands for cast 304 material and CF8M stands for cast SS 316
Use the standard austenitic alloys (316 or CF8M) whenever the part will not be welded or can besolution annealed after welding.Use the low carbon versions (316L or CF3M) for parts that will be welded and cannot be solutionannealed after welding
It is a form of 316 Stainless Steel As to the designation - C (first letter) means the service it is intended to be used in this case - corrosion resistant service , F(second letter) -The second letter indicates the approximate location of the alloy on the iron-chromium-nickel (FeCrNi) ternary diagram. For users familiar with the diagram, the second letter does provide an indication of the nominal iron, nickel, and chromium content, but most people would have to obtain alloying information from a material specification. 8M - the third and fourth digits represent the maximum permitted carbon content in units of 0.01% (e.g., CF8M has a maximum of 0.08% carbon)
They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.They will have the same width.
They have the same value but not the same degree of precision.They have the same value but not the same degree of precision.They have the same value but not the same degree of precision.They have the same value but not the same degree of precision.
are the same