Discovery, Structure, and Uses for Titanium

Titanium (Ti) is an element of Group 4 and 4 of the Periodic Table of the Elements. The atomic number of titanium is 22. Titanium is the ninth element most abundant on the surface of the earth and the fourth most common metallic element. Titanium does not exist naturally alone, and it must be extracted from titanium dioxide or titanium oxide. Titanium dioxide (TiO 2) is usually present in rutile, and titanium oxide iron (FeTiO 3) is usually present in ilmenite. Rutile and ilmenite are mainly found on the mainland coastline.

The three sets of structural alloys are alpha titanium, alpha beta titanium, beta titanium. Alpha titanium is normally alloyed with moderate to low strength, non-heat treated and weldable aluminum and tin. It is malleable, has high notch toughness and has good mechanical properties at low temperature. It also has the highest corrosion resistance and can be used for the manufacture of aircraft parts and chemical processing equipment. Alpha beta titanium is medium to high strength, heat treatable and weldable. It is usually thermoformed and has limited cold forming ability. Alpha beta titanium is used in the manufacture of marine hardware, aircraft, prosthetic devices. Finally, beta titanium is minimum, maximum strength, highest density and can be completely heat treated and welded. It has high formability and is often extruded to produce heavy aircraft parts even under extreme pressure to maintain structure and shape.

Titanium (Ti) belonging to Group 4 (IVb) of the Periodic Table of the Elements, chemical element, silver gray metal. Titanium is a lightweight, high strength, low corrosion structural metal and is used in the form of an alloy in high speed aircraft parts. British chemist and mineralogist William Gregor discovered a compound of titanium and oxygen (1791) and was rediscovered independently by German chemist Martin Heinrich (1795). It was named after Martin Heinrich Klaproth. Titanium is widely distributed, accounting for 0.44% of the Earth's crust. I found that this metal melts into almost all rocks, sand, clay and other soils. It is also found in plants and animals, natural waters, deep sea, meteorites and stars. The two main commercial minerals are ilmenite and rutile. Metallurgist Matthew A. Hunter isolated metal in pure form (1910) by reducing titanium tetrachloride (TiCl 4) with sodium in a sealed cylinder.

Titanium is a versatile metal used in various industries. Some of the most common uses of titanium are jewelry, aerospace industry, electronics and precision cutting tools. Titanium is lightweight, durable, resistant to chemicals, extreme temperatures, wear, and other various factors, which can cause the metal to break or be damaged. Titanium also has a strong anti-rusting power - it is even higher than some stainless steel. Due to the diversity of titanium, it has high demand for many different industries. Titanium is also one of the most expensive non-precious metals in the world today, primarily due to the high cost of metal processing. The conversion of titanium oxide to usable metals requires a complex process involving other expensive magnesium metals, which boosts the cost of titanium production.