Titanium is a superior metal for manufacturing structural components, such as titanium nuts and bolts. Due to its lightweight, strength, and corrosion resistance, it is highly desirable. Various industries are utilizing titanium more and more, especially those that need reliability in harsh environments. As a result of titanium's high strength-to-weight ratio, corrosion resistance, and ability to tolerate extreme temperatures, its application in a wide variety of industries has grown rapidly over the last decade. In this article, we will be discussing several industries that are now using titanium parts and we will also answer whether parts made out of titanium are durable or not.

 

How durable are titanium parts? 

There is a reason why so many industries are now utilizing titanium instead of steel in their manufacturing processes, machinery, equipment, tooling, etc. It is because titanium parts offer improved durability while being as strong as steel and also being 45% lighter than it. According to a Titanium plate supplier in China called Wit-titanium, it requires an enormous pressure of around 63,000 PSI for commercial grade pure titanium to break or fracture, which is really an impressive feature. Parts made out of titanium also offer high resistance against bending. 

 

Here are four industries where titanium is heavily used today.

Aerospace:

Aircraft these days are manufactured with the focus of being lightweight and strength in mind. The reduced weight is also an important factor for lower fuel consumption which can be considered an economical and sustainable alternative for long-haul flights. Commercial grade 5 titanium parts satisfy all the above requirements and also ensure the better structural integrity of the aircraft during its operation.

 

Automobile:

As we know, a lot of car manufacturers are now trying to create more lighter vehicles that can offer more mileage as well as improved speeds. This requires superior quality engine components that will be able to cope with the higher speeds and improve the vehicle's mobility. Therefore most automotive parts are now made with titanium alloys.

 

Electronics:

Titanium is now being integrated into electronic components inside industrial circuitry as well as in other applications where the circuits are exposed to some unfavorable physical conditions. Parts such as anodes and capacitor parts are now made of titanium because they provide better corrosion resistance as well as low thermal expansion.  

 

Biomedical:

Any material that is used inside the human body must have to be bio-compatible. Titanium belongs to one of those materials that are considered to be safe for surgical implantation. This is why a lot of biomedical companies use it or manufacture orthopedic implants and cranial plates for bone closure after an invasive procedure. 

Conclusion: 

This concludes how important titanium is for all the above industries as it provides a doorway towards modern manufacturing techniques that could not have otherwise been possible. In the coming decades, more and more industries will emerge that will necessitate extending the benefits of titanium to them.