Titanium Ring

High melting point: All metals have a melting point — And titanium is no exception. Titanium, however, has a higher melting point than many other metals, including iron, aluminum, tin and copper. It takes temperatures in excess of 3,304 degrees fahrenheit to melt titanium.

High strength and low density: Titanium has the highest strength-to-density ratio of all metals on the periodic table; its strength-to-density ratio is even higher than that of steel’s. Titanium isn’t necessarily stronger than steel. They are both offer relatively the same amount of strength. Titanium, however, is about half as dense as its steel counterpart.

Corrosion resistance: Another key advantage of titanium in the manufacturing industry is corrosion resistance. Many metals and alloys rust when exposed to oxygen. Oxygen in the air or water causes them to oxidize.

Lightweight: Titanium weighs less than most other metals and alloys. When compared to steel, titanium weighs about half as much. This is another reason why aerospace manufacturing companies use it. You’ll often find fuselages made of titanium.

Recyclable: Titanium is recyclable, thus allowing manufacturing companies to minimize waste. It can be melted down and reused in future applications. Furthermore, since it doesn’t suffer from corrosion, titanium doesn’t deteriorate.