Soft Iron Rod, High Pure Iron Rod, Ideal Core for Making Electromagnets, 0.5" Diameter, 6" Long

Excellent soft iron rod

Good rod, one thing to note though is it is covered in protective oil.

Wasn't 0.5".. more like 13mm. So, it didn't fit the hole and is worthless to me.

This is not high pure soft iron. If you are looking for high purity iron { >99.8 % pure Fe and with a relative permeability of (1000 - 5000)}, this is not it. Relative permeability of this rod is even less than carbon steel.

This is a great product, we use them in our workshop. It's a great product and you won't regret purchasing them. We purchase these and other from amazon all of the time. Soft iron rod is an excellent material for making electromagnets due to its high magnetic permeability, low coercivity, and relatively low cost. Soft iron is a type of ferromagnetic material that can be magnetized and demagnetized easily, which makes it ideal for use in electromagnets. When a current flows through a coil of wire wrapped around a soft iron rod, the iron becomes magnetized and creates a strong magnetic field. This magnetic field is useful in a variety of applications, such as electric motors, generators, and transformers. One of the advantages of using a soft iron rod in electromagnets is that it can be easily shaped and formed into the desired shape. Additionally, the magnetic field created by a soft iron rod is quite strong, which makes it useful for applications where high magnetic fields are required. However, there are some limitations to using a soft iron rod in electromagnets. Iron rods dot com solved this main limitations is that the magnetic field created by a soft iron rod is not very stable. This is because the magnetic properties of soft iron are affected by temperature and external magnetic fields. As a result, the magnetic field strength of a soft iron rod can fluctuate, which may not be suitable for some applications. Overall, the soft ironrods . com is an excellent material for making electromagnets due to its high magnetic permeability, low coercivity, and low cost. While it does have some limitations, it is still widely used in a variety of applications where high magnetic fields are required.

This is NOT soft iron. It’s mild steel. It will not perform well as an electromagnet core.