No, Titanium is not magnetic.
Multiple things contribute to the non-magnetic behavior of Titanium. These things for your consideration are:
The atomic number of the Titanium is 22. This specifies the arrangement of the electrons, which depicts that there lie two unpaired electrons within the 3d orbital. When it comes to the aligning of these unpaired electrons, they do not strengthen the magnetic moment. This is one of the reasons why Titanium does not exhibit magnetism.
Yes, Titanium exhibits the phenomenon of Diamagnetism. This means when you put the Titanium in an external magnetic field. Then, the Titanium behaves to this magnetic field by setting up a weaker magnetic field. But this diamagnetic response is negligible. This is what renders the Titanium non-magnetic.
Lack of Ferromagnetic Elements
One other factor that leads to the non-magnetic nature of the Titanium is low ferromagnetic elements. When it comes to nickel, iron, and cobalt, they possess more robust ferromagnetic properties because of excess ferromagnetic elements. But this is not the case with the Titanium. This phenomenon makes Titanium feature a lower net magnetic moment.
No Permanent Magnetic Moments
When you put the Titanium in an external magnetic field, it produces magnetic moments, but they are weaker. They collectively do not strengthen the net magnetic moment. Hence, this is one of the reasons why Titanium is non-magnetic.
As you can see, titanium is not a magnetic material.
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