How does the wear rate of Nitinol compare to other materials in specific applications?

In 1959, two scientists were exploring the properties of metal alloys. Upon heating a folded strip of a nickel titanium alloy, the scientists found that the ... We use archwires made from this clever metal alloy to move your teeth efficiently and reduce the frequency of adjustments. The Amplatzer Vascular Plug is designed to provide precise positioning in short landing zones. It is a self-expanding device made from a Nitinol wire mesh. The material has unique super-elastic and shape-memory properties [4]. The alloy is comprised of approximately equal compositions of nickel and titanium, ... Nov 30, 2017 ... ... made from it because it's now commercially available. The future ... Buehler discovered Nitinol, a shape memory alloy comprised of 55 ... The mechanical properties of the superelastic Nitinol alloy have played a major role in the explosion of peripheral artery stenting, with modern stents ... The Nitinol Center provides design and manufacturing of devices made from Nitinol, Elgiloy, CoCr, MP35N and 316LSS. complete, single-source contract manufacturing of nitinol medical devices, stents, and implants made from superelastic and shape-memory nitinol. Norman Noble ... Sensor™ PTFE-Nitinol Guidewire with Hydrophilic Tip is a high performance hybrid wire that combines the benefits of multiple specialty wires for access, ... Nitinol is a metal alloy based on a roughly equal combination of Nickel and Titanium which gives it elastic shape memory properties such that it can be forced ...