Question

Is titanium magnetic or nonmagnetic?

Answer 1

Titanium is not as hard as some grades of heat-treated steel. As we know, titanium is paramagnetic in nature, and its electrical structure with four unpaired electrons is paramagnetic, as paramagnetism is dependent on unpaired electrons.

Complete answer:
It is non-magnetic and a poor heat and electrical conductor.
When held in a magnetic field, titanium becomes weakly magnetic. The Lenz effect is also seen in titanium.
You might be asking if titanium is magnetic if you're getting a hip replacement. In the presence of an externally imposed magnetic field, titanium turns out to be weakly magnetic (in comparison to other ferromagnetic materials).
Titanium, like many other metals, exhibits the Lenz Effect, but to a lower level. When a magnet is passed over a metal such as silver, copper, aluminium, or brass, for example, small electrical eddy currents occur in the metal. The magnetic field created by the electrical eddy currents interacts with the rotating magnet. As a result, the metal moves without being touched by the moving magnet. The Lenz Effect might be measured in titanium using more sensitive technology.
Titanium is a metal known for its excellent strength-to-weight ratio. It's a strong, low-density metal that's also ductile (particularly in an oxygen-free environment), glossy, and metallic-white in appearance. It's valuable as a refractory metal because of its comparatively high melting point (more than $1,650^\circ C{\text{ }}or{\text{ }}3,000^\circ F$ ). In comparison to other metals, it is paramagnetic and has a low electrical and thermal conductivity. When Titanium is cooled below its critical temperature of $0.49K$ , it becomes superconducting.

Note:
In the presence of an externally produced magnetic field, titanium turns out to be weakly magnetic (in comparison to other ferromagnetic materials). As a result, the metal moves without being touched by the moving magnet.