Rhenium pellets provide high-temperature strength, wear resistance, and ductility. They enhance superalloy creep strength and oxidation resistance, making them ideal for turbine engines and rocket thrusters in extreme conditions. Perfect for advanced aerospace and industrial R&D.
The rhenium pellets feature the highest degree of purity and consistent, certified product quality, which we guarantee. The high degree of chemical purity makes it possible to manufacture superalloys with perfectly formed crystal structures. The pellets’ solidity and uniform geometry make it easy to accurately measure out exact quantities in foundry operations.
Purity: 99.99%
Maximum trace metallic impurities, analyzed by ICP-MS
Maximum gas elements, analyzed by LECO
Na | 0.0005% | Ti | 0.0001% | Cu | 0.0001% | Sb | 0.0001% |
Mg | 0.0001% | V | 0.0001% | Zn | 0.0001% | Ta | 0.0001% |
Al | 0.0001% | Cr | 0.0001% | As | 0.0001% | W | 0.0005% |
Si | 0.0005% | Mn | 0.0001% | Zr | 0.0001% | Pb | 0.0001% |
P | 0.0005% | Fe | 0.0005% | Mo | 0.0010% | Bi | 0.0001% |
K | 0.0005% | Co | 0.0001% | Cd | 0.0001% | Se | 0.0001% |
Ca | 0.0005% | Ni | 0.0001% | Sn | 0.0001% | Tl | 0.0001% |
Alloy Preparation: Rhenium pellet is crucial in enhancing the strength and wear resistance of high-temperature alloys, especially for aerospace and advanced industrial applications.
Catalysts: Rhenium pellet is used to produce catalysts that facilitate chemical reactions, including petroleum refining and chemical synthesis, leveraging its unique electrochemical properties.
Electronics: Rhenium pellet plays a key role in electronics, where it's used in components like resistors and thermocouples, thanks to its excellent electrical conductivity and heat stability.
Our rhenium pellets are wrapped in foam and packaged in plywood cases to ensure safe storage and transportation.