Will white copper be attracted to magnets? Let's clear up the concept first:
White copper: is a copper alloy with nickel as the main added element. When nickel is melted into the copper, the content of more than 16%, the alloy color becomes white as silver, the higher the nickel content, the whiter the color, the general content of nickel in the white copper is 25%. The specific content varies according to the different grades of white copper. For example, the nickel content of B10 white copper is about 10%, while the nickel content of B19 white copper may be higher.
Iron Absorbent: i.e. magnet, this is a substance that produces a magnetic field which attracts ferromagnetic substances. The magnet's magnetic properties derive from its internal atomic structure, specifically the spin and orbital motion of electrons. In a magnet, these electrons move in such a way that the magnetic fields they produce are superimposed on each other, resulting in a stronger magnetic field, or poles, at each end of the magnet.
The main materials that magnets attract are:
Iron (Fe) : Iron is one of the easiest materials to be attracted by magnets. Pure iron has strong ferromagnetism, and under the action of a magnetic field, the magnetic domains inside the iron will be neatly aligned so that the iron is attracted by the magnet. In industry, many iron-containing alloys such as carbon steel can also be attracted by magnets.
Nickel (Ni): Nickel is an important ferromagnetic metal that can be attracted to magnets alone. Nickel is commonly used in the manufacture of alloys such as stainless steel (some of which contain nickel), and some stainless steels with a high nickel content will also exhibit certain properties of being magnetically attracted.
Cobalt (Co): Cobalt is also a strong magnetic material, which can be attracted by magnets. Cobalt plays an important role in the manufacture of some high-performance magnetic materials, for example, cobalt-based alloys made with other metals can be used to manufacture high-temperature components such as aero-engines in the magnetic components.
Other ferromagnetic alloys: For example, certain alloys containing components such as neodymium-iron-boron and aluminum-nickel-cobalt are also attracted to magnets due to the presence of ferromagnetic elements in them. These alloys tend to have specific magnetic properties and are used to fulfill different industrial and technological needs.
Conclusion: Look for the nickel content. Since white copper contains nickel, it may have some attraction to magnets, but this attraction is usually weaker than pure iron or pure nickel. If white copper has a high nickel content, it may be attracted to magnets, but this attraction may not be as strong as pure metal ......
