temperature control nitinol memory wire 0.5mm 0.6mm 0.7mm 0.8mm
0.9mm Size can be customised
Product Description
Nitinol memory wire (Nitinol alloy) has a wide range of
applications, mainly in the fields of medical, aerospace, and smart
materials.
In the medical field, Nitinol memory wire is widely used in
orthodontics for the manufacture of braces, dental arches, dental
brackets and other appliances. Due to its shape memory and
super-elastic properties, Nitinol memory wire can automatically
return to its original shape during the orthodontic process,
providing better comfort and orthodontic results.1 In addition,
Nitinol memory wire is also used in the manufacture of medical
devices, such as catheters and neurostimulation devices, where its
flexibility and high strength allow for more precise handling of
the medical devices and less damage to surrounding tissues.
In the aerospace industry, Nitinol memory wire is used in
thermostatic controls, valves, pumps, sensors and various other
components of aircraft. Their resistance to corrosion and high
temperatures allows them to automatically revert to their original
state in extreme environments, increasing the reliability and
longevity of components. For example, nickel-titanium memory wire
can be made into a sleeve used for aircraft aerial refuelling at
the interface, through the temperature change to achieve a tight
seal, the effect is better than conventional welding.
In the field of smart materials, Nitinol memory wires are used to
make a variety of shape-memory metal products, such as memory alloy
bends, memory alloy rods, and memory alloy springs. These products
can realise various mechanical operations through deformation
according to external thermal sensors or electric field signals,
and are used in the fields of robotics, medical devices,
intelligent buildings, etc.
| ensile Test | Tensile Strength(MPa) | Yield Strength(MPa) | Elongation (%) | reduction of aera | grain size | Bend Test a>130 | ak(J/cm虏) | IE Impact strength (mm) |
| 1050 | 230 | 17 | / | 6 | Q | / | / |
| Chemical Composition | Ti(%) | Fe(%) | C(%) | O (%) | N(%) | H(%) | Co (%) | Ni(%) |
| Remainder | 0.008 | 0.044 | 0.026 | 0.00 2 | 0.001 | / | 55.76 |
