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Titanium is everywhere, from the exhaust of your car to girlfriend's table tennis racket and everything in between. It's used in a wide variety of everyday products due to its strength and light weight, as well as its biocompatibility and resistance to corrosion.

Titanium's incredible strength-to-weight ratio makes it a vital material for military, aerospace automotive, medical and aerospace applications. It is as strong as steel, but 45 percent lighter. It also is more resistant to corrosion, especially when alloyed with other types of metals.

Titanium, unlike other alloys, is not able to expand or contract at extreme temperatures. This makes it an ideal choice for engines that require high performance. You'll find titanium in high-tech equipment like spacecrafts, jet aircrafts, ships, turbines, and other high tech equipment.

Medical and Sports Titanium's biocompatibility is what makes it the ideal option for bone screws, plates and other orthopedic devices. It is also the most preferred material for dental implants and surgical instruments designed to fit and interact with human tissues. Titanium is a crucial element in the chemical industry since it can Learn more here withstand harsh environments and chemicals.

Titanium is a difficult metal to work. It requires specialized machining techniques and careful use of speeds, feeds and tooling to avoid damage that can lead to cracks and cracks that can cause brittle failure. The risk of breaking can be further reduced by changing the production process and refining the raw product to remove impurities like oxygen dissolved, which could cause micro-cracks in the remelting process.