Can magnets attract stainless steel wire mesh?

What determines the magnetism of stainless steel wire rope?
Many people believe that stainless steel is non-magnetic, while only stainless iron is magnetic. This is incorrect. Due to the nature of the material, many types of stainless steel are magnetic. For example, 304 stainless steel wire rope is magnetic, leading many to believe it's not a genuine stainless steel variety, even though it's commonly used. So why is 304 magnetic? This relates to its physical structure. 304 is inherently non-magnetic, as seen in stainless steel sheets. The reason is simple: deformation changes its internal structure. Parts of 304 change from austenite to ferrite. The larger the morphology, the greater the change. Therefore, the smaller the diameter of the stainless steel wire rope, the stronger the magnetism. Is there a way to remove the magnetism?
Yes, there is. This is achieved through demagnetization. After drawing the wire, demagnetization is performed. This significantly reduces the magnetism, but completely eliminating it is impossible. The degree of authenticity has been greatly reduced, so it is wrong for every customer to think that stainless steel is not genuine just because it is attracted by a magnet. Currently, there are two methods to determine whether stainless steel is genuine. One is stainless steel solution, which is relatively simple. Generally, if the solution turns red when applied to 304 stainless steel, it is genuine. The other method is to perform a spectral analysis to determine the composition.