What is Titanium?
Titanium has an element symbol Ti like any other metal gold, silver and platinum. Its atomic number is 22 with an atomic weight of 47.9. It has an electron configuration of 2-8-10-2, and a specific gravity of 4.5. The melting point of Titanium is 3020 F, 1660C and boiling at 5949 F, 3287 C. The color is a lustrous silver-gray, metallic element, non ferrous metal with a highest strength to weight ratio of any known element. This is the reason Titanium is the favored material use in the Aerospace industry. Titanium is used in the structural components of the Space Shuttle. Titanium is also embraced in the medical community for its superior biocompatibility. It is used in materials for surgical instruments and implants. Titanium is immune to microbiologically influenced corrosion and is physiologically inert and hypoallergenic. It does not react to salt water or sunlight, or any body or common chemistry. It exhibits exceptional resistance to a broad range of corrosive gases, acids and alk
Titanium is a metallic element found in the earth’s crust. The element occurs as a bright, lustrous metal or a silver-grey or dark-grey powder. Its compounds are found in practically all igneous rocks and their sand deposits. Hardened titanium is 30% stronger than steel and nearly 40% lighter but more expensive. Titanium resists corrosion; when exposed to the atmosphere, titanium forms a tenacious oxide film that resists salt water corrosion. Titanium is hypoallergenic: it is nickel-free.
Titanium as a useful metal alloy was not commonly used until the late 1940s. It is most often alloyed with molybdenum, manganese, iron, and aluminum. By weight titanium is one of the strongest readily available metals, making it ideal for wide range of practical applications. It is 45% lighter than steel with comparable strength, and twice as strong as aluminum while being only 60% heavier. As an element, Titanium has an atomic number of 22. Its atomic mass is 47.867 amu, it has a relatively high boiling point of 1660 Celsius (3020 Fahrenheit). Titanium-44, Titanium-45, and Titanium-51 are all radioactive isotopes, created when it is bombarded with deuterons. In commercial use, titanium alloys are used anywhere strength and weight are an issue. Bicycle frames, automobile and plane parts, and structural pieces are some common examples. In medical use titanium pins are used because of their non-reactive nature when contacting bone and flesh. Many surgical instruments, as well as body pie
TI or Titanium is the ninth most common element on the planet and can be found bound to numerous ingenious rocks and sediments. Titanium is would me much less expensive if the production and fabrication was not so expensive. Because of the way Titanium reacts to oxygen at high temperatures it needs to be produced using the Kroll process. Prior to the use of the Kroll process Titanium was not a commercially viable metal. In Jewelry, Titanium is very popular because of the lightweight and for the fact the metal does not react with the human body. Just Men’s Rings has an extensive line of men’s titanium rings and titanium wedding bands. We have plenty of titanium rings on sale WE also have Stainless Steel Ring on Sale Titanium is know for it high weight to strength ratio. This single character is what makes titanium very popular for building aircraft and spacecraft and any other industry where a strong light weight metal is needed. Commercial grade titanium has a strength similar to some
Titanium has many potent qualities that have allowed it to become one of the most diverse metals in the world. It has been used to send space shuttles soaring, allowed submarines to plunge to unheard of depths and is the preferred substance for refined surgical tools in the medical world. And the mighty Titanium only continues to add onto to its impressive roster into the new millennium. Why Titanium? If there were a warrior in the jewelry world, it would be Titanium. Dually noted for its strength, beauty, nobility, purity and resilience, this metal is certainly making an inspiring mark in the world today. Strength: Named after the Greek Titans who were known for their superior strength, Titanium boasts the highest strength to density ratio of all metals. It has the amazing strength of steel wrapped into a feather weight package. Beauty: Titanium has a gorgeous luster that comes in several tones of gray. Other metals pale in comparison and there are virtually no other metals that featu
