Having an atomic number 22, titanium is accepted among the refractory metals. Titanium is extensively used in the aerospace and manufacturing industries by every titanium tube manufacturer. Its lightweight and durable characteristics make it perfect for manufacturing and aerospace applications. Even if you have heard of titanium tube or pure titanium, there are probably a few things about this metal that is unknown to you.
If you compare titanium with aluminium, titanium is almost twice as strong. For applications of high-stress that need a durable metal, there is no better substitute to titanium than titanium. While the steel’s strength is almost equivalent to that of titanium, steel has a weight of about 45% more compared to its titanium counterpart.
Not only titanium is lightweight and strong; it is naturally resistant to abrasion too. When titanium is exposed to oxygen, it forms a thin layer of oxide. The layer acts as a protector to the rest of the metal from further corrosion. Some companies involved in metalworking add other metals to produce titanium alloys having a supreme level of resistance against corrosion.
In contrast to popular belief, titanium does not naturally occur. Instead, it is discovered in ilmenite, minerals ductile, and sphene. Harvesting is done with these minerals, after which titanium is extracted.
Titanium is used for medical implants as a human body rarely rejects it. As per this Wikipedia content, titanium is considered as the most biocompatible metal globally. Titanium has the ability to resist the unique environments inside a human body. At the same time, titanium has a lower risk of rejection compared to other metals used for medical implants.
As the 9th most bountiful element in the Earth’s crust, titanium is typically uncommon. Studies show the reliable and lightweight metal accounts for only 0.63 pc of the Earth’s covering. With such little titanium accessible, it costs more to collect and produce than different metals. Obviously, its novel properties — it’s stable, lightweight and usually impervious to corrosion — make titanium definitely worth despite the investment for specific applications.
The titanium also contains a high melting point. When warmed, titanium will not liquefy until it reaches 3,034 degrees Fahrenheit. To place that number into perspective, the liquefying purpose of aluminum is only 1,221 degrees Fahrenheit, though the melting point of iron is 2,750 degrees Fahrenheit. So, titanium despite everything has a lower dissolving use of tungsten. In its organic form, the melting point of tungsten is a dazzling 6,192 degrees Fahrenheit.
Corrosion is not the only quality that titanium tubes are resistant to. Titanium can also withstand chemicals. The titanium parts can resist various chemical compounds while still performing effectively.
Above are just a few of the many facts that come from the titanium plate supplier. Due to these facts or benefits, you can find titanium tubing in various critical industries such as sporting goods, power generation, nuclear, marine, and paper industries.