If you are looking for high-quality products, please feel free to contact us and send an inquiry, email: brad@ihpa.net
Cobalt Phosphide (also known as Co2P) is gray powder. It has a melting point of 1386. It’s soluble in aqua regia (nitric acid) but insoluble when dissolved in water.
Purity: 99.99%
Particle Size: 60 mesh
Cobalt Phosphide Co2P Pulver:
Cobalt Phosphide, a gray spiculate. Its relative densit (15) is 6.14. The melting point of cobalt phosphide is 1386. It is insoluble in nitric acids, aqua regia and cobalt. The intercalation compound cobalt-phosphide is (CO2P), which forms when a source of phosphorus enters the transitional metal cobalt lattice. The use of cobalt-phosphide is possible in the following areas: magnetism; lithium battery anode materials; hydrogenation catalysis, photocatalytic decay, and others. Cobalt Phosphide can be used as a semiconductor material.
Product Performance of Cobalt Phosphide Co2P Powder:
Cobalt Phosphide Co2P Pulp has high purity, small size distribution, high temperature strength, high fracture resistance, chemical resistance and low density.
It is insoluble in nitric and aqua regia. However, it is insoluble in water. This is done by heating cobalt phosphide and red-phosphorous in vacuum tubes to between 650–700°C.
Technical Parameters of Cobalt Phosphide Co2P powder:
Product name |
|
Purity |
Atom Size |
Melting Point |
Volume Density
( g/cm3 )
|
Cobalt Phosphide |
Co2P |
99.99% |
-60-mesh |
1386 |
6.14 |
Grey |
How Cobalt Phosphide Co2P powder Is it Produced?
The phosphorous source can be used to make cobalt phosphide. There are four methods. First, trityl phosphorus, also called TOP, is used to produce phosphates. These phosphates can be made in organic mixes by the thermal decomposition (or oil bath) method. It is possible to produce cobaltphosphate nanowires by using tri octylphosphorus as the source of phosphorus in the Ullmann process. A second reason is that hydrogen reduction is easier for metal phosphates. The phosphorus bond energy and oxygen bond energy are stronger. If you wish to destroy keys, phosphorus metal and oxygen metal must be combined. Also, as metal overflow and phosphate increase the adsorption, this will lead to the reduction in phosphate. The high temperature of the sintering process results in the formation large grains. A third option is to use a simple and mild hypophosphite method, which involves heating the sodium hypophosphite at high temperatures (300-4000) and in situ generation of toxic HP3. This will decrease the metal source. Fourth, element phosphorus was used to make the metal-phosphide under hydrothermal conditions (170-220). As a source of element phosphorus the elements had yellow phosphorus (white phosphorus), red phosphorus (red phosphorus) and yellow phosphorus (red phosphorus). This could lead to the aggregation of prepared cobalt-phosphide, and therefore, it was not possible to control its size or composition.
Cobalt Phosphide Co2P powder –
The cobalt-phosphide is used in magnetic, battery anode, photocatalytic and hydrogenation. Cobalt Phosphide is an excellent semiconductor material that has high chemical stability and low bandgap. The high performance makes it an ideal choice for making a water decomposition catalyst. It’s a type of stable, efficient and affordable transition metal-phosphating agent.
Packing & Shipping of Cobalt Phosphide Co2P powder:
There are many options for packing, which all depend on the amount of cobaltphosphide CO2P powder.
Cobalt phosphide powder packaging: vacuum packed, 1kg/bag and 25kg/barrel or as required
Cobalt phosphide Co2P mol shipping: could ship out by sea, air or express, once the payment has been received.
Cobalt Phosphide Properties
|
cobalt diphosphide, cobalt(II) phosphide, cobalt(2+) phosphorus(3-),
Trichobaltous Phosphorus(-3) anion.
12134-02-0 |
Compound Formula |
Co2P |
Molecular Weight
148.84 |
Appearance |
Grey Black Powder |
Melting Point |
1386 |
Heating Point |
N/A |
Density |
6.4 g/cm3 |
Solubility of H2O |
N/A |
Exact |
148.840152 |
Cobalt Phosphide Health & Safety Information
|
Danger |
Hazard Statements |
H301-H341-H317 |
Hazard Codes |
Xn |
Risk Codes |
R22-68 R43 |
Security Statements |
N/A |
Transport Information |
N/A |
Inquiry us
