High Purity Niobium Boride NbB2 Powder CAS 12007-29-3, 99%

About Niobium Boride NbB2 Powder :
Niobium boride NbB2 Has a high melting temperature and high hardness. It is also resistant to corrosion. Niobium diboride A type of ceramic material high in covalent resistance with hexagonal crystal structures.

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Niobium Boride Powder NbB2 Powder's Product Performance:
Its chemical formula for niobium-boride is NbB2, and has a molecularweight of 114.528. It is a gray-black color.

Technical Parameters of Niobium Boride NbB2 Pulp:

Name of the product	MF	Purity	Particle Size	Molecular weight	Density	The color of the sky
niobium boride	NbB2	99%	5-10um	114.528	6.97 g/cm3	grey

Chemical Composition of Niobium Boride Powder NbB2:

NbB2	B	Nb	Si	O	C	Fe
99%	18.9%	80.3%	0.01%	0.09%	0.02%	0.06%

It is simple. Niobium Boride NbB2 Powder Produced?
NbB2 can easily be made by the stoichiometric interaction between constituent elements. In this example, Nb is combined with B. This allows for exact stoichiometric control over the materials. The metallothermic method can also be used for the reduction of Nb2O5 and NbO2 into niobium boride. These are inexpensive precursor materials that can be used to react with niobium diboride according the following:
Nb2O5 + 2B2O3 + 11Mg - Nb2O5 & 2B2O3 +11Mg – 2NbB2 & 11 MgO
In order to enable acid leaching of the unwanted oxide products, Mg is used in reaction. Stoichiometric amounts of Mg, B2O3, and other reactants are sometimes required in order for niobium to be consumed fully.
Jha and coworkers proposed the borothermal reduction NbO2 by elemental Born using solid-state reaction. This allowed for nanorods to be made (40x800 nm2).
Ran and colleagues proposed a variant of the borothermal reaction in molten sea salt. Ran used Nb2O5 to create nanocrystals (61 nm).
Zoli's reaction produced nanocrystals NbB2 by reducing Nb2O5 and NaBH4 under 700°C. This was done for 30 minutes with argon flow.
Nb2O5 + 13/2 NaBH4 - 2 NbB2 + 4Na(g,l) + 5/2 NaBO2 + 13 H2(g)

Applicaciones Niobium Boride NbB2 Powder :
NbB2 ceramic is an ultra high temperature (UHTC), with a melting points of 3050deg C. The ceramic's low density, 6.97g/cm3, and high high-temperature resistance make it suitable for high-temperature aerospace applications like hypersonic flight. This ceramic is high in thermal conductivity, and electric conductivity. (Resistivity: 25.7 O Ybcm; Cte 7.7 Yb10, -6degC-1). It shares the same properties with titanium diboride.
The NbB2 part is usually heated pressed, spark plasma sintered or hot pressed. Mechanical pressure is then applied to the powder. Finally, it's machined into form. NbB2 is difficult to sinter due to its covalency with surface oxides. The powders are then heated or spark plasma sintered. Although these sintering ingredients react with surface oxides, the mechanical properties for NbB2 are lower than hot pressing. Packing and Shipping Niobiumboride NbB2 powder:
There are many options for packing, which vary depending on the amount of niobium-boride NbB2 in your powder.
Niobium Boride NbB2 Powder Packaging: You can vacuum pack 100g, 500g, 1kg/bag or 25kg/barrel. Or as you request.
Niobium Boride NbB2 NbB2 powder shipment: After receipt of payment, items may be sent out either by sea or air.


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