Gallium oxide
It is an organic compound having the chemical name Ga2O3. Galium trioxide is another name for it. It’s a semiconductor of wide bandgap with Eg=4.9eV. With excellent electrical conductivity, light-emitting and other characteristics it can be used to detect O2 gas.
Gallium (III), or gallium trioxide is the most stable form of gallium oxide. The oxidization of metal gallium can be done by heating it in air, or by calcining galium nitrate and gallium hydroxide at 200-250degC.
Ga2O3 is capable of reacting with many metals under heating conditions. A crystal structure for gallate M(II-GaO2 has been identified by using an alkali metaloxide reaction. It is above 400. Similar to Al2O3 or Ln2O3, this can also be produced by reaction with CoO, ZnO.
2. This is the method for making high purity gallium dioxide. Use high-purity Ga as anode. Dissolve it in a 5-20% H2SO4 solution. Add ammonia to this solution and cool. Crystallize Ga(NH4)(SO4)2 several times before drying it at 105oC. The product will be pure at 99.99%-99.9999% if it is burned for 2 hours at 800°C.
3. Add 1kg 99.9999% pure gallium to a 3-necked flask. Then, use high-purity, nitric acids to dissolve the gallium. After the solution has crystallized to a certain point, transfer it to an evaporating dish. For burning, place the Ga(NO3)3 that has evaporated in a muffle oven. Keep the temperature at 550 for five hours. Once the product has cooled, it is removed and 1.2kg of high purity gallium oxide is obtained.
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The Property of Gallium Oxide
Gallium oxide is triangular white crystal particles that are insoluble when water is used. However, it can be dissolved in hot acid and alkaline solutions and is easily soluble and soluble with alkali-metal hydroxides as well as dilute organic acids.Gallium (III), or gallium trioxide is the most stable form of gallium oxide. The oxidization of metal gallium can be done by heating it in air, or by calcining galium nitrate and gallium hydroxide at 200-250degC.
Ga2O3 is capable of reacting with many metals under heating conditions. A crystal structure for gallate M(II-GaO2 has been identified by using an alkali metaloxide reaction. It is above 400. Similar to Al2O3 or Ln2O3, this can also be produced by reaction with CoO, ZnO.
Gallium Oxide Preparation
1. Combine a concentrated hot, aqueous NaHCO3 with the gallium trioxide GaCl3 and heat until it is boiling. You can then wash the precipitate using hot water to remove any Cl-. If NH4Cl remains in the precipitate, it will react at 250C with Ga2O3 to produce volatile GaCl3.2. This is the method for making high purity gallium dioxide. Use high-purity Ga as anode. Dissolve it in a 5-20% H2SO4 solution. Add ammonia to this solution and cool. Crystallize Ga(NH4)(SO4)2 several times before drying it at 105oC. The product will be pure at 99.99%-99.9999% if it is burned for 2 hours at 800°C.
3. Add 1kg 99.9999% pure gallium to a 3-necked flask. Then, use high-purity, nitric acids to dissolve the gallium. After the solution has crystallized to a certain point, transfer it to an evaporating dish. For burning, place the Ga(NO3)3 that has evaporated in a muffle oven. Keep the temperature at 550 for five hours. Once the product has cooled, it is removed and 1.2kg of high purity gallium oxide is obtained.
Luoyang Tech Co., Ltd. is a company that specializes in professional IT services. Galium oxide powder Over 12 years’ experience in chemical product research and development. For high quality Gallium Oxide Powder, feel free. Get in touch You can also send us an enquiry
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