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| MOLYBDENUM DIBORIDE Basic information |
| Product Name: | MOLYBDENUM DIBORIDE | | Synonyms: | Molybdenum boride, 99.8% (metals basis);Einecs 234-502-8;bis(boranylidyne)molybdenum;MOLYBDENUM BORIDE;MOLYBDENUM DIBORIDE;molybdenumboride(mob2);MOLYBDENUM DIBORIDE ISO 9001：2015 REACH;Gadolinium Nitride (GdN) Sputtering Targets | | CAS: | 12007-27-1 | | MF: | B2Mo | | MW: | 117.56 | | EINECS: | 234-502-8 | | Product Categories: | | Mol File: | 12007-27-1.mol |
| MOLYBDENUM DIBORIDE Chemical Properties |
| MOLYBDENUM DIBORIDE Usage And Synthesis |
| Industrial uses | Molybdenum boride, Mo2B, has a specificgravity of 9.3, a Knoop hardness of 1660, anda melting point of about 1660°C. Tungstenboride, W2B, has a specific gravity of 16.7 anda melting point of' 2770°C. Titanium boride,TiB2, is light in weight with a specific gravityof 4.5. It has a melting point at about 2593°C.Molded parts made from the powder have aKnoop hardness of 3300 and a flexural strengthof 241 MPa, and they are resistant to oxidationto 982°C with a very low oxidation rate abovethat point to about 1371°C. They are inert tomolten aluminum. Intermetal powders of beryllium–tantalum, beryllium–zirconium, andberyllium–columbium are also marketed, andthey are lightweight and have high strength.Sintered parts resist oxidation to 1649°C. |
| MOLYBDENUM DIBORIDE Preparation Products And Raw materials |
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