Product Description
Tantalum has excellent corrrosion resistance, and can only be desolved in hydrofluoric acid. It has the fourth highest melting point (greater than tungsten and rhenium). Tantalum applications include capacitators, vacuum furnaces, chemical processing equipment, nuclear reactors, aircraft parts, ballistics, surgical implants and closures, dental implants and instruments, mesh, crucibles, heat exchangers, condensers, helical coils, valve linings, engine turbine blades, semiconductors, cemented carbide cutting tools, sputtering targets, fasteners, thermowells, valve bodies, orthopedic implants, magnetic and radiation shielding.
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
AEE can supply tantalum sheet as thin as 0.001" , and up to 2 inches thick.
Minimum orders apply, and vary with dimensions
Can ship by UPS or FedEx
Minimum orders apply, and vary with dimensions
Can ship by UPS or FedEx
Specifications
| Formula | Ta |
|---|---|
| Purity | 99.8% min |
| Particle Size | 0.005" thickness x 9.5" wide |
| ECCN | EAR99 |
| Schedule B | 8103.99.0000 |
| CAS | CAS-7440- |
| Melting Point | 3290°C / 5954°F |
| Boiling Point | 5731°C / 10347.8°F |
| Density | 16.6 g/cm3 |
| Coef. of Expansion @ 20°C | 6.3 um/m.k |
| Crystal Structure | cubic, body centered |
| Electric Resistivity | 131um-m |
| Composition | Ta |
Form
Sheet
Applications
Metallurgical, Ceramics, Superalloys, Electron-beam melting, Laboratory, Additive in alloys, Capacitorys