This has got to do with the amount of Chrome in the alloy used to make the revolver.
With a lot of chrome in the alloy, the bonds between chrome and iron would not allow for magnetic interaction.
Most stainless steel is magnetic though if one just applies a strong enough magnetic force.
regards.
it is possible that you fridge may be a look alike. however, some stainless steel fridges do attract magnets, but you would need a stronger magnet then just an average kids type of alphabet magnet. hope this helps :)
Grab a small magnet. It will stick to stainless steel - it won't stick to aluminum.
It depends on the type of stainless steel. Stainless steels come in various compositions and are identified by numbers and letters. Electrodes should be chosen that match these. For example when welding 316 stainless use type 316 electrodes. In a lot of situations you can safely use the next higher number. 304 stainless can be welded with 308 electrodes, 308 stainless with 310 electrodes. 309 electrodes are generally used to weld stainless to carbon steel.
Well, the answer lies in the question; by saying 'real' stainless steel, you are implying that there are fake metals which go under the name 'stainless steel', thus the difference is that the stainless steel in refigerators is actually stainless steel, and the fake stainless steel is not...thus your question is answered...
UTS of 304L Stainless Steel is 586MPa UTS of 304 Stainless Steel is 621MPa
No, forks are typically made of stainless steel which is not magnetic. Magnets will not attract or stick to forks.
Stainless steel typically has a lower iron content, which is needed for magnets to stick. The chromium in stainless steel forms a barrier preventing the magnetic force from attracting to the material.
Yes, magnets can typically be put on a stainless steel refrigerator. However, not all stainless steel is magnetic, so it would depend on the specific alloy used to make the refrigerator. If the stainless steel refrigerator is magnetic, magnets will stick to it.
Steel will stick to magnets, but stainless steel will not.
In general, magnets will stick to steel. There are many stainless alloy steels that are non-magnetic, however. Most stainless steels have a metallic crystal structure that gives them few or no magnetic properties.
Jack's observation suggests that the door of his refrigerator is likely made of a nonmagnetic material such as aluminum or stainless steel, which do not attract magnets. Magnetic materials, such as iron or steel, are needed for magnets to stick.
it is possible that you fridge may be a look alike. however, some stainless steel fridges do attract magnets, but you would need a stronger magnet then just an average kids type of alphabet magnet. hope this helps :)
Magnets are made up of ferromagnetic materials (iron, nickel, cobalt, neodymium alloys, etc.) or even semipermanent magnets. Each of these has a material that has some degree of magnetic permanence, where the spins of the electrons in the substance all align to generate a magnetic field. Refrigerators are made up of ferrous materials, to which magnets can stick, due to magnetic attraction.
They stick to other magnets or iron, cobalt and nickel.
Whether a magnet will stick to an alloy depends on its composition. Alloys that contain ferromagnetic materials, such as iron, cobalt, or nickel, can be attracted to magnets. However, non-ferromagnetic alloys, like aluminum or certain stainless steels, will not be attracted to magnets. Thus, the magnetic properties of the specific alloy determine if a magnet will stick to it.
Magnets stick to materials that are attracted to them, such as iron, nickel, and cobalt.
Magnets stick to materials that are ferromagnetic, such as iron, nickel, and cobalt. They can also stick to certain alloys and other magnets. Materials like wood, plastic, and glass are not generally attracted to magnets.