Pure niobium powder
offers a list of grades of niobium powder:
The substance is a small particle of niobium of various shapes. T
powder. Technical conditions. " This niobium material is obtained from
molten metal. By chemical composition, the powder is divided into
grades, and by
glanulometric composition it is divided into classes, which can be only
four - I, II, III, IV. PNB-1 powder is classified as class I and is used
for the manufacture of capacitors. The grain size for each class is
different from each other. So, for niobium powder of the first class, a
grain size of 40-63 microns is characteristic, and for the second class
10-63 microns. For the powder of the third class, 10-40 μm, and the
powder of the fourth class has a grain size of 40-1000 μm. Moreover,
there are different limit deviations for each class and each grain size
in microns and in percent. The specific surface is also different for
classes.Chemical compositionNiobium powder contains certain impurities,
the presence and quantity of which are clearly regulated by GOST and are
prescribed in table 2 of the above standard. The amount of impurity
depends on the brand of niobium powder, and the presence of one or
another element also depends on the brand. The
powder contains eighteen elements: tantalum, titanium, silicon, iron,
tungsten, molybdenum, nitrogen, carbon, oxygen, hydrogen, nickel,
aluminum, magnesium,
manganese, cobalt, tin, copper, zirconium.
Niobium powder
Production need:
● Due to its throughput and oxidizing properties, niobium powder is used
in electrical engineering: it is used to make foil included in the
design of electrolytic capacitors.
● Another area of its application is the production of compact alloys.
● Various capacitors are made from powder.
● It also makes various semi-finished products, including rods, wire,
ingots, sheets, tapes and foil.
● Widely used in metallurgy, electrovacuum technology.
● Using niobium powder, special alloys are alloyed.
According to the standard, the powder should not have any extraneous
inclusions and inclusions. Particles are considered fragmentary in
shape. Its main
positive properties are good ductility and lightness. In addition to
these chemical properties, niobium powder is also characterized by
corrosion
resistance and refractoriness. It conducts electricity well and has good
heat resistance. Due to these qualities, the powder is used for alloying
special alloys. In terms of physical properties, niobium is very similar
to tungsten, but niobium is considered a more plastic and lighter
substance. It is also considered cheaper than tungsten powder and
therefore niobium replaces it in many industries..
.
.

Niobium
Cobalt
Iron
Carbon
Sulfur
Copper
Zinc
Lead
Total Impurities
99.99
<0.00002
0.002
<0.01
0.0002
0.00005
0.00005
0.00002
<0.01
Diam
thickness
length
width
purity
Details

Foil
0.03mm -0.8mm
>3000mm
2mm-150mm
99.99%
Details

sheet
0.03mm-50mm
100mm
100mm
99.99%
Details

wire
0.025mm
-0.05mm
7000-8000m
99.99%
Details

Stab
2.0mm
-150mm
<1000mm
99.99%
Details

powder
50nm- 20μm
99.99%
Details

Pellets
6mm-13mm
99.99%
Details

granules
6mm-13mm
99.99%
Details

Sputter
target
3mm-300mm
O30--2000mm
99.99%
Details

crucible
30ml-50ml
99.9%
Details

mesh
0.05-2mm
hole:0.3X0.6mm, 0.5X1mm
............20X40mm
99.9%
Details

foam
0.3-10mm
100mm
100mm
Details
offers a list of grades of niobium powder:
The substance is a small particle of niobium of various shapes. T
powder. Technical conditions. " This niobium material is obtained from
molten metal. By chemical composition, the powder is divided into
grades, and by
glanulometric composition it is divided into classes, which can be only
four - I, II, III, IV. PNB-1 powder is classified as class I and is used
for the manufacture of capacitors. The grain size for each class is
different from each other. So, for niobium powder of the first class, a
grain size of 40-63 microns is characteristic, and for the second class
10-63 microns. For the powder of the third class, 10-40 μm, and the
powder of the fourth class has a grain size of 40-1000 μm. Moreover,
there are different limit deviations for each class and each grain size
in microns and in percent. The specific surface is also different for
classes.Chemical compositionNiobium powder contains certain impurities,
the presence and quantity of which are clearly regulated by GOST and are
prescribed in table 2 of the above standard. The amount of impurity
depends on the brand of niobium powder, and the presence of one or
another element also depends on the brand. The
powder contains eighteen elements: tantalum, titanium, silicon, iron,
tungsten, molybdenum, nitrogen, carbon, oxygen, hydrogen, nickel,
aluminum, magnesium,
manganese, cobalt, tin, copper, zirconium.
Niobium powder
Production need:
● Due to its throughput and oxidizing properties, niobium powder is used
in electrical engineering: it is used to make foil included in the
design of electrolytic capacitors.
● Another area of its application is the production of compact alloys.
● Various capacitors are made from powder.
● It also makes various semi-finished products, including rods, wire,
ingots, sheets, tapes and foil.
● Widely used in metallurgy, electrovacuum technology.
● Using niobium powder, special alloys are alloyed.
According to the standard, the powder should not have any extraneous
inclusions and inclusions. Particles are considered fragmentary in
shape. Its main
positive properties are good ductility and lightness. In addition to
these chemical properties, niobium powder is also characterized by
corrosion
resistance and refractoriness. It conducts electricity well and has good
heat resistance. Due to these qualities, the powder is used for alloying
special alloys. In terms of physical properties, niobium is very similar
to tungsten, but niobium is considered a more plastic and lighter
substance. It is also considered cheaper than tungsten powder and
therefore niobium replaces it in many industries..
.
.
Niobium | Cobalt | Iron | Carbon | Sulfur | Copper | Zinc | Lead | Total Impurities | ||
---|---|---|---|---|---|---|---|---|---|---|
99.99 | <0.00002 | 0.002 | <0.01 | 0.0002 | 0.00005 | 0.00005 | 0.00002 | <0.01 |
Diam | thickness | length | width | purity | Details | ||
---|---|---|---|---|---|---|---|
![]() |
Foil | 0.03mm -0.8mm | >3000mm | 2mm-150mm | 99.99% | Details | |
![]() |
sheet | 0.03mm-50mm | 100mm | 100mm | 99.99% | Details | |
![]() |
wire | 0.025mm -0.05mm |
7000-8000m | 99.99% | Details | ||
![]() |
Stab | 2.0mm -150mm |
<1000mm | 99.99% | Details | ||
![]() |
powder | 50nm- 20μm | 99.99% | Details | |||
![]() |
Pellets | 6mm-13mm | 99.99% | Details | |||
![]() |
granules | 6mm-13mm | 99.99% | Details | |||
![]() |
Sputter target |
3mm-300mm | O30--2000mm | 99.99% | Details | ||
![]() |
crucible | 30ml-50ml | 99.9% | Details | |||
![]() |
mesh | 0.05-2mm | hole:0.3X0.6mm, 0.5X1mm ............20X40mm |
99.9% | Details | ||
![]() |
foam | 0.3-10mm | 100mm | 100mm | Details | ||