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Purity | 99.9% |
Packaging Size | 1kg |
Grade | Industrial |
Usage/Application | Lab, R&D |
Item Name | Rhodium Micro Powder |
Color | Gray |
Form | Powder |
CAS Number | 7440-16-6 |
Formula | Rh |
Physical State | Powder |
Melting Point | 1966 degree C |
Molecular Weight | 102.9055 g/mol |
Density | 12.4 g.cm3 |
APS | 5 Micrometre |
Pack Type | Jar |
Product Name : Rhodium Micro Powder
Cas No: |
7440-16-6 |
Appearance |
Gray Powder |
Purity |
≥99.9% |
APS |
1-5 µm (Can be Customized) |
Formula |
Rh |
Molar Mass |
102.9055 u |
Density |
12.4 g.cm-3 |
Product Description
Rhodium added to platinum in small amounts yields alloys that are harder and lose weight at high temperatures even more slowly than pure platinum. Such alloys are used for laboratory furnace crucibles, spark-plug electrodes, and catalysts in very hot chemical environments (including automobile catalytic converters). In the industrial manufacture of nitric acid, gauze catalysts of rhodium–platinum alloys are used because they can withstand the flame temperature as ammonia is burned to nitric oxide. A wire of the alloy 10 percent rhodium–90 percent platinum joined to a wire of pure platinum forms an excellent thermocouple for measuring high temperatures in an oxidizing atmosphere. The international temperature scale is defined over the region from 660° to 1,063° C (1,220° to 1,945° F) by the electromotive force of this thermocouple. It is not corroded or tarnished by the atmosphere at room temperature and is frequently electroplated onto metal objects and polished to give permanent, attractive surfaces for jewelry and other decorative articles. The metal is also used to produce reflecting surfaces for optical instruments.
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