We especially pay attention on tungsten
carbide products, titanium & titanium alloy products, and Nitinol products.
Due to the unique properties of Nitinol, their large demand is for minimally invasive medical devices.
Due to this high damping capacity, Superelastic Nitinol, it can also be used as a golf club insert.
Nitinol wire is made into a spring for flow
control in a thermal valve that is used as both the temperature of the sensor and the actuator.
The cost of making such a Nitinol alloy is huge,
as it requires specific settings, such as high vacuum and temperature, as well as a very controlled environment.
The ASO consists of two self-expandable round discs connected to each other with a 4-mm waist, made up of 0.004-
to 0.005-inch Nitinol wire mesh filled with Dacron fabric.
Nitinol can be used to create the exoskeleton of the cape,
while parachute material could be used to help improve the glide, but how does electricity come into play?
Due to its high fatigue resistance and flexibility, Nitinol, which greatly reduces the treatment of the endodontic root
canal that may damage the inside of the teeth, improves patient safety.