Business Scope
Nanomaterials, semiconductor materials, high-purity materials, custom processing
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
address
Zhengzhou, Henan, China
Titanium Dihydride, TiH2
CAS No.: 7704-98-5
Density: 3.91 g/cm3
Molecular formula: TiH2
Molecular weight: 49.89
Titanium hydride powder product features:
Also known as titanium dihydride, it is a gray-black powder similar to metal. It slowly decomposes at 400℃ and completely deaminates at 600~800℃ in a vacuum. It has high chemical stability and does not react with air and water, but is easy to react with strong oxidants.
| Titanium dihydride | |||
| Catalog No. | Specification | Morphology | Color |
| Ro–TiH2–01 | 500nm | Irregular | Gray black |
| Ro–TiH2–02 | 1μm | Irregular | Gray black |
| Ro–TiH2–03 | 5μm | Irregular | Gray black |
| Ro–TiH2–04 | 8μm | Irregular | Gray black |
| Ro–TiH2–05 | 15μm | Irregular | Gray black |
| Ro–TiH2–06 | 25μm | Irregular | Gray black |
| Can be customized according to customer requirements | |||
Application:
Introducing Dihydridetitanium, a high-quality titanium hydride powder renowned for its versatility and essential applications across various industries. This innovative material serves multiple purposes in sophisticated manufacturing processes and advanced scientific research.
Dihydridetitanium is commonly used as a getter in vacuum systems, ensuring the integrity of the vacuum environment by effectively absorbing unwanted gases. In the realm of foamed metal production, it plays a crucial role as a hydrogen source, facilitating the creation of lightweight and porous metals. Additionally, it is highly valued as a premium source of high-purity hydrogen, which is indispensable in numerous industrial applications.
This exceptional titanium hydride powder also finds its utility in metal-ceramic sealing and powder metallurgy, where it efficiently supplies titanium to alloy powders. Its brittle nature allows for the manufacturing of powder titanium, making it an essential component in producing high-performance materials.
In welding operations, Dihydridetitanium exhibits remarkable heat decomposition properties, releasing ecological hydrogen and metallic titanium. This dual release enhances the welding process and significantly improves joint strength, ensuring durability and reliability in every application.
Moreover, Dihydridetitanium serves as an effective catalyst in polymerization reactions, showcasing its diverse range of functionalities.
With its unique properties and extensive application potential, Dihydridetitanium, available in nano and ultrafine forms, is the ideal choice for researchers and industries seeking advanced materials that drive innovation and performance.
