Titanium is considered a god among metals, mostly because of the extraordinary strength and resistance of its alloys that remind one of the titans of Greek mythology. This commonality in possessing superpowers prompted the Austrian chemist Martin Heinrich Klaproth to name the metal after the ancient super creatures. The prospect of titanium, thanks to its incredibly impressive properties, is bright and very promising; this can be seen in the increasing growth in the metal`s application in various fields. The article at hand intends to give an overview of the applications and prospects of titanium and its alloys in the future. (Arian Fateh Shargh Company)
Titanium is one of the more mysterious metals humans have discovered, which is why it has earned itself various nicknames such as “the cosmic metal” or “the metal of the future.” The symbol for titanium is Ti with the atomic number 22. It is categorized under the transition metals in the periodic table and is often mixed, in the form of alloy, with other elements, including aluminum, vanadium, iron, manganese, and tin. Like most other pure metals, titanium in its pure form is soft in texture and grey/silvery in color but turns extremely powerful and resistant, more so than steel, once mixed with other metals.
Titanium and titanium-based alloys are also very resistant to corrosion and oxidation. Due to the mysterious nature of titanium, the metal`s chemical and physical properties, as well as its numerous applications, have not been fully discovered and taken advantage of yet. This has convinced many scientists to continue researching this valuable metal and its prospective applications in the future.
Because of titanium`s fantastic properties, the metal is widely used in a variety of industries, the by-products of which have found their way into almost all aspects of our lives. Titanium is an environmental-friendly metal and poses no risk to nature or the atmosphere. Among its exceptional properties are light weight, high strength, and resistance to corrosion; it is also a very durable metal that undergoes very little change over time and can easily be recycled. Such attractive qualities have made titanium a popular choice in various aspects of life, from massive manufacturing industries such as aircraft and ship manufacturing to products we use daily.
Furthermore, research has shown that titanium, even in high dosage, is not toxic for human beings and does not accumulate in body tissues. Given such beneficial qualities, titanium is considered an important metal for humankind. Titanium can be found in a variety of minerals, but the two primary ones are rutile and ilmenite.
he titanium in minerals can be purified through the following methods:
The next section deals with the future prospects of titanium and its future applications.
Titanium is labeled by many scientists as the “metal of the future.” Titanium is powerful, just like steel but with much less density. In addition, titanium`s chemical properties and the size of its particles make it possible to mix and combine with many other metals, including aluminum, molybdenum, and iron. Once mixed with such metals, titanium`s qualities improve considerably. Titanium-based alloys are widely used in a variety of industries, such as the production of aircraft, spaceships, and rockets. Titanium application is not limited to large industries; its alloys are used in the production of such daily products as golf clubs, bicycles, laptops, and walking sticks. Such attractive benefits and widespread applications of titanium pait a very optimistic and promising future for the metal.
The article at hand gave an overview of the metal titanium, known as the 4th most common metal found in the Earth`s crust. Much like the creatures whose name it bears, titanium is a powerful metal and can be utilized to solve many of humankind`s problems. The metal is currently used in a wide range of large industries, including aircraft production and ship manufacturing. It is expected that titanium`s application in other industries will grow exponentially.
