MOQ : 25 Kilogram
|Titanium hydride TiH2 CAS number||7704-98-5|
|Titanium hydride TiH2 Density||3.76 g/cm3|
|Titanium hydride TiH2 Melting point||350 °C (662 °F; 623 K) approximately|
|Titanium hydride TiH2 Molar mass||49.88 g/mol TiH2|
|Titanium hydride TiH2 Purity||99.5%|
|Titanium hydride TiH2 Color||Dark gray|
|Titanium hydride TiH2||Insoluble in water|
|Payment Terms||L/C, T/T|
|Delivery Time||10 DAYS|
Preferred Buyer From
|Location||India, United States, France, Germany|
Titanium hydride TiH2 is a metal hydride formed from titanium and hydrogen. titanium hydroxide is a active chemical material, need to be kept away from high-temperature and strong oxidants.
Because titanium hydride TiH2 is relatively stable in air, titanium hydroxide can also be used to prepare hydrogen and titanium hydroxide. titanium hydroxide can be obtained by reacting hydrogen with titanium metal directly. Above 300 °C, the metal titanium can reversibly absorb hydrogen, and finally forms a compound of the formula TiH2. If heated to above 1000°C, titanium hydride will be fully decomposed into titanium and hydrogen. At a sufficiently high temperature, the hydrogen-titanium alloy is in equilibrium with the hydrogen, at which time the partial pressure of hydrogen is a function of the hydrogen content and temperature in the metal.
Titanium hydride TiH2 Common applications include ceramics, pyrotechnics, sports equipment, as a laboratory reagent, as a blowing agent, and as a precursor to porous titanium. When heated as a mixture with other metals in powder metallurgy, titanium hydride releases hydrogen which serves to remove carbon and oxygen, producing a strong alloy.
Uses: titanium powder raw materials, foaming materials, powder metallurgy, hard alloy additive, fireworks.
This product should be stored in dry, cool and sealing of the environment, can not be exposure to air, in addition should avoid the heavy pressure, according to ordinary goods transportation.