Nitinol is a paired composite that contains a limited quantity of different metals and is comprised of around half titanium and half nickel.The specific arrangement of nitinol can differ, however it normally falls inside the scope of 45-55 percent nickel and 45-55 percent titanium. The addition of additional metals can also alter the properties of nitinol, such as its strength, malleability, and liquefying point.

wire can be bowed and curved into various shapes and afterward, when warmed to a specific temperature, will get back to its unique shape. This shape memory impact makes nitinol wire amazingly helpful in fields like clinical gadgets, where making self-extending stents and other implantable devices is utilized.

, which are both progress metals. Numerous metal-like properties, including ductility, malleability, and high electrical conductivity, can be found in nitinol. In any case, it likewise has novel properties, for example, shape memory and superelasticity, which make it a profoundly significant material in numerous modern applications.

1. A. F. Gargarella, L. E. S. C. Cunha, and A. L. J. Moimaz. " Nitinol: A Brief Overview Material Studies. 2017.

2. Lakshmi S. Nair and Thomas J. Webster Nitinol and its applications in medicine. Wiley. 2011.

3. " Nitinol.com Is Nitinol Real?

4. Heating Nitinol Engine Nitinol: The Material With a Memory".