Titanium and its alloys, known for their high strength, low weight, and outstanding corrosion resistance, have found a wide array of applications demanding reliable performance. From medical surgery and implants to aerospace, automotive, sports, and major industries, titanium's versatility shines through.

Suitability of Titanium for Implant Purposes

Annually, over 1000 tonnes of titanium devices are implanted worldwide, catering to the growing demands for joint replacements. Its light, strong, and biocompatible nature makes titanium a natural choice for human body implantation, offering a significantly higher strength to weight ratio than competing stainless steels.

Titanium Performance in Medical Applications

The phrase 'fit and forget' aptly describes the critical role of titanium in medical implants, where its effectiveness and reliability can save lives and alleviate long-term suffering. Titanium's immunity to corrosion by body fluids and tissue ensures its complete bio-compatibility, making it an ideal material for implants.

Its ability to osseointegrate, or bond with bone and other tissues, combined with its mechanical and physical properties, provides highly damage-tolerant implants. The lower modulus of titanium alloys, as compared to steel, plays a significant role in reducing bone resorption, further underlining the material's suitability for medical applications.