Particle size: 100 mesh
About
Germanium Powder 5N Ge Powder
:
Ge Rmanium This crystal is silver-gray. Germanium melting point is 937.4degC Boiling point for germanium 2 830 degC Germanium chemical formula Ge can be used for the production of semiconductor materials. Ge Rmanium is The chemical element element Ge is a fourth-period chemical periodic table element. It has the element symbol Ge. Elemental Germanium can be described as a grey metal with shiny and hard properties. It is insoluble or hydrochloric, dilute caustic, or water.
Ge ge Rmanium The element is widespread in nature. Germanium can be found in copper, iron, and sulfide and other ores as well as rocks, soil, and springs. Germanium is present in the Earth’s crust at seven parts to one million. It is lower than many common elements, such as silicon and oxygen, but greater than arsenic or uranium and mercury. Germanium can be found in so many different forms that there are very few concentrated Germanium deposits that the “dispersed metallic” label is not applicable to it.
Germanium on sale
Globally trusted Pure Germanium Powder Source . You can send us an inquiry regarding the latest. Germanium price Anytime.
Germanium Powder 5Nge Powder, CAS 7440-56-4 Product Performance:
Technical Parameter of Germanium Powder 5NGE Powder CAS7440-56-4
It is simple.
Germanium Powder 5N Ge Powder
Produced?
To extract germanium, first you must chlorinate germanium enrichment using concentrated hydrochloric acids to create germanium Tetrachloride. Then, you will need to remove main impurity arsenic from the water with the hydrochloric Acid solvent extraction method. After that, it is washed with high purity hydrogenchloric and germanium Tetrachloride to achieve high purity Germanium dioxide. The hydrolysis mother liquor may contain impurities, therefore the process of hydrolysis can also be used to purify the water. To obtain pure germanium dioxide, dry and calcin it is combined with hydrogen in the quartz tube. Zonal smelting can produce high-purity germanium, with less than one-tenth of the impurities required for use in semiconductor manufacturing.
Make use of Germanium Powder 5N Ge Powder :
Germanium’s special properties make it a valuable strategic resource. The optical industry can also use the alloy pretreatment as a catalyst in its electronics sector.
The semiconductor material high-purity germanium is made from it. This can be obtained by reducing and smelting high purity germanium oxide. You can make different transistors, rectifiers, and other devices from the single germanium crystal. For example, fluorescent plates are made from germanium compounds.
Germanium single crystals can be used to make a transistor. This is the first generation in transistor technology. Germanium is also used in radiation detectors, and thermoelectric material. The single crystal high-purity germanium of the highest purity has a high coefficient of refraction, and can therefore be used to penetrate infrared radiation.
20%-30% of global germanium consumption is accounted for by the annual infrared optical demand. Germanium-infrared optical device are mostly used to make lenses, prisms and windows for the infrared laser system.
The 15% share of germanium consumed in solar cells is due to its use. Future demand growth for germanium series products is driven by two factors: The rapid development and expansion of satellite and airborne markets, as well as the explosive growth of ground-photovoltaic industries.
Germanium Powder 5N Ge Powder Storage Conditions (CAS 7440-56-4)
Damp reunion may affect the performance of germanium powder dispersion, and its use. Ge powder should therefore be stored in vacuum packaging and in a dry, cool place. Additionally, it should not be stressed.
Packing & Shipping Germanium Powder 5NGE Powder CAS7440-56-4 :
There are several types of packing available depending on the amount of germanium powder 5Nge powder.
Germanium 5N Ge powder packaging You can vacuum pack 100g, 500g, 1kg/bag or 25kg/barrel. Or as you request.
Germanium 5N Ge powder shipment: You can have your order shipped by express, airmail, or sea.
Technology Co. Ltd. (), is a trusted supplier and manufacturer of chemical materials worldwide. We have more than 12 years experience providing high-quality chemicals, Nanomaterials and other super-high quality chemicals, such as graphite powders, boride powders, nitride & graphite powders, sulfide powders, 3D printing powders, etc.
Send us an enquiry if you’re looking for germanium powder of high quality. (brad@ihpa.net)
Ge Rmanium This crystal is silver-gray. Germanium melting point is 937.4degC Boiling point for germanium 2 830 degC Germanium chemical formula Ge can be used for the production of semiconductor materials. Ge Rmanium is The chemical element element Ge is a fourth-period chemical periodic table element. It has the element symbol Ge. Elemental Germanium can be described as a grey metal with shiny and hard properties. It is insoluble or hydrochloric, dilute caustic, or water.
Ge ge Rmanium The element is widespread in nature. Germanium can be found in copper, iron, and sulfide and other ores as well as rocks, soil, and springs. Germanium is present in the Earth’s crust at seven parts to one million. It is lower than many common elements, such as silicon and oxygen, but greater than arsenic or uranium and mercury. Germanium can be found in so many different forms that there are very few concentrated Germanium deposits that the “dispersed metallic” label is not applicable to it.
Germanium on sale
Globally trusted Pure Germanium Powder Source . You can send us an inquiry regarding the latest. Germanium price Anytime.
Germanium Powder 5Nge Powder, CAS 7440-56-4 Product Performance:
Germanium powder, CAS 7440-56-4 is a metallic silver-gray with a melting temperature of 937.4 and boiling point of 2833.2degC. Ge is the chemical formula for germanium powder. Germanium powder, which is made up of brittle crystal germanium at room temperatures, has no metallic properties.
Technical Parameter of Germanium Powder 5NGE Powder CAS7440-56-4
Name of the product | MF | Purity | Particle Size | Molecular Weight | Density | The color of the sky |
Germanium Powder | Ge | 99.999% | 180 mesh | 72.61 | 5.35 g/cm3 | Gray |
To extract germanium, first you must chlorinate germanium enrichment using concentrated hydrochloric acids to create germanium Tetrachloride. Then, you will need to remove main impurity arsenic from the water with the hydrochloric Acid solvent extraction method. After that, it is washed with high purity hydrogenchloric and germanium Tetrachloride to achieve high purity Germanium dioxide. The hydrolysis mother liquor may contain impurities, therefore the process of hydrolysis can also be used to purify the water. To obtain pure germanium dioxide, dry and calcin it is combined with hydrogen in the quartz tube. Zonal smelting can produce high-purity germanium, with less than one-tenth of the impurities required for use in semiconductor manufacturing.
Make use of Germanium Powder 5N Ge Powder :
Germanium’s special properties make it a valuable strategic resource. The optical industry can also use the alloy pretreatment as a catalyst in its electronics sector.
The semiconductor material high-purity germanium is made from it. This can be obtained by reducing and smelting high purity germanium oxide. You can make different transistors, rectifiers, and other devices from the single germanium crystal. For example, fluorescent plates are made from germanium compounds.
Germanium single crystals can be used to make a transistor. This is the first generation in transistor technology. Germanium is also used in radiation detectors, and thermoelectric material. The single crystal high-purity germanium of the highest purity has a high coefficient of refraction, and can therefore be used to penetrate infrared radiation.
20%-30% of global germanium consumption is accounted for by the annual infrared optical demand. Germanium-infrared optical device are mostly used to make lenses, prisms and windows for the infrared laser system.
The 15% share of germanium consumed in solar cells is due to its use. Future demand growth for germanium series products is driven by two factors: The rapid development and expansion of satellite and airborne markets, as well as the explosive growth of ground-photovoltaic industries.
Germanium Powder 5N Ge Powder Storage Conditions (CAS 7440-56-4)
Damp reunion may affect the performance of germanium powder dispersion, and its use. Ge powder should therefore be stored in vacuum packaging and in a dry, cool place. Additionally, it should not be stressed.
Packing & Shipping Germanium Powder 5NGE Powder CAS7440-56-4 :
There are several types of packing available depending on the amount of germanium powder 5Nge powder.
Germanium 5N Ge powder packaging You can vacuum pack 100g, 500g, 1kg/bag or 25kg/barrel. Or as you request.
Germanium 5N Ge powder shipment: You can have your order shipped by express, airmail, or sea.
Technology Co. Ltd. (), is a trusted supplier and manufacturer of chemical materials worldwide. We have more than 12 years experience providing high-quality chemicals, Nanomaterials and other super-high quality chemicals, such as graphite powders, boride powders, nitride & graphite powders, sulfide powders, 3D printing powders, etc.
Send us an enquiry if you’re looking for germanium powder of high quality. (brad@ihpa.net)
Germanium Powder Properties |
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Other Titles |
Germanium particles, Germanium microparticles,
Germanium micropowder, Germanium micro powder, Germanium micron powder, Germanium submicron powder, Germanium sub-micron Powder |
7440-56-4 | |
Compound Formula | Ge |
Molecular Weight | 72.61 |
Appearance | Gray powder to black powder |
Melting Point | 937.4 |
Boiling Point | 2830 |
Density | 5.323 g/cm3 |
Solubility of H2O | N/A |
Electrical Resistivity | microhm-cm @ 0 degC |
Poisson’s Rate | 0.26 |
Tensile strength | N/A |
Thermo Conductivity | 3.02 K @ 0.602 W/cm/K |
Thermal Expansion | 6.0 um*m -1 *K -1 |
Vickers Hardness | N/A |
Young’s Module | 103 GPA |
Germanium Powder Safety & Health Information |
|
Signal word | Danger |
Hazard Statements | N/A |
Hazard Codes | H228 |
Risk Codes | N/A |
Safety statements | N/A |
Transport Information | UN 3089, 4.1 / PGII |
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