Product Description
Nickel Titanium alloy, also called Nitinol, has 2 main properties, Shape memory and Superelasticity. At high temperatures, nitinol assumes an interpenetrating simple cubic structure called Austenite (parent phase). At low temperatures, nitinol spontaneously transforms to a monoclinic crystral structure know as martensite (daughter phase).
Product Cost
Quantities May be Limited
The pricing for this product is subject to fluctuation based on market rates, therefore real-time pricing is not available. We recommend requesting a quote to receive accurate pricing information, via the quote tool on this page. Our pricing is influenced by multiple factors, and we strive to provide the most precise and up-to-date pricing details to our valued customers.
| Quantity (KG) | Price |
|---|---|
| 1-2 KG | Please Request a Quote |
| 3-10 KG | Please Request a Quote |
| 11-25 KG | Please Request a Quote |
| 26-100 KG | Please Request a Quote |
Note: Prices are subject to change without notice due to market conditions
Product Notes
End - Use statement required.
Can ship by UPS or FedEx
minimum order may apply.
Available in the following sizes:
Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
Can ship by UPS or FedEx
minimum order may apply.
Available in the following sizes:
Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
Specifications
| Formula | NiTi |
|---|---|
| Purity | 55Ni : 45Ti |
| Particle Size | 0 - 53 microns |
| ECCN | EAR99 |
| Schedule B | 7502.20.0000 |
| CAS | . |
| Melting Point | 1310°C / 2390°F |
| Boiling Point | - |
| Density | 6.45 g/cm3 |
| Coef. of Expansion @ 20°C | 11×10-6/°C |
| Crystal Structure | simple cubic / monoclinic |
| Electric Resistivity | - |
| Composition | 55Ni : 45Ti, 0 - 53 microns |
Form
Powder
Applications
Free Recovery, Constrained Recovery, Work Production, Superelasticity, Thermal & electrical actuators, Biocompatible & biomedical, Damping systems in structural engineering.