High Purity Aluminum Nitride AlN Ceramic Microsphere, 99.5%
AlN is a thermal conductor that protects electric circuits. AlN powder is a good option to improve your thermal conductivity.
About
AlN Ceramic Microsphere Aluminum Nitride AlN
:
Aluminum Nitride
This ceramic material is not oxidized, and is mostly composed of nitrogen (N-34.91, AL-65.71%).
Aluminum Nitride
Formula chemical
AlN.
AlN
Ceramic Microsphere
The resin has a high thermal efficiency, and a 340W heat conductivity. The resin is also excellent at heat transfer via secondary laser melting alloying. It is very heat resistant and high in thermal conductivity. High-visibility polymers are used to insulate thermal conductivity.
Ceramic
Aluminium Nitride Spherical
This is the original design.
AlN
Ceramic
It is possible to make the microsphere using heat-transferable materials that have exceptional properties such as microspheres. You can also describe the microsphere using ceramic insulation. AlN Ceramic Microsphere doesn't contain any toxic chemicals. It has a higher effectiveness than berylliumoxid. It can be used in place of alumina using ceramic-spherical materials.
Ceramic Spherical
AlN
For lower levels of aluminum oxide or carbon, it is also possible to use this and other materials. You can direct nitride. In this illustration, you can see the hexagonal structure characteristic of zinc-sulfuride crystals. High-quality industrial material can only be made by hot pressing or welding. It will not shrink, change or become brittle even when heated. As a result, it is respected all over the globe.
AlN Ceramic Microsphere Aluminum Nitride AlN
Source
. Contact us for more information on any new release.
Prices as Low as
AlN
Ceramic
Microsphere
Anytime.
AlN Ceramic Microspheres Product Performance AlN Aluminum Nitride AlN
AlN exhibits excellent insulation properties. AlN is also very thermally conductive. AlN powder can be added to the resin.
AlN Ceramic Microsphere featuring Aluminum Nitride AlN
Very close to one another, sphericals
These fees are often quite expensive.
Good flow
Sharp particle size distribution
Very high thermal conductivity
We highly recommend insulation of high quality with outstanding electrical properties.
Specification:
Products
|
Tr-01
|
Tr-10
|
Tr-30
|
Tr-50
|
Tr-80
|
Tr-120
|
It is the average particle size (um).
|
1.0-1.2
|
5-10
|
20-40
|
40-60
|
70-90
|
110-130
|
Particle Form
|
Nearest Spherical
|
Very close to one another, spheres
|
Spherical
|
Spherical
|
Spherical
|
Spherical
|
True Density, g/cm3
|
3.26
|
3.26
|
>3.30
|
>3.30
|
>3.30
|
>3.30
|
Thermal conductivity (W/m*K).
|
>170
|
>170
|
>170
|
>170
|
>170
|
>170
|
Bulk Density (g/cm3)
|
0.3-0.5
|
1.3-1.5
|
1.4-1.6
|
1.6-1.8
|
1.7-1.9
|
1.7-1.9
|
Tap Density, g/cm3
|
0.7-0.9
|
1.6-1.8
|
1.8-2.0
|
1.8-2.0
|
1.9-2.1
|
1.9-2.1
|
AlN Ceramic Microsphere. Aluminium Nitride
AlN
|
N
|
Fe
|
Mn
|
O
|
C
|
Ca
|
Si
|
Ni
|
>99.5%
|
>=32%
|
0.04
|
0.0005
|
<=0.42
|
0.02
|
<=0.009
|
<=0.045
|
0.0002
|
How AlN Ceramic Microsphere Where?
By laser flame melting, you can create spherical-shaped nickel. Laser flame melting has many benefits, such as uniform distribution of particle sizes and high purity. These particles are suitable for use in the environment of living organisms.
AlN Ceramic Microsphere
1. AlN Ceramic Microspheres are made using secondary laser melting, or by spherical alloying. You can make uniform material or with high fluidity in order to increase insulation and thermal conductivity.
2. AlN Ceramic Microsphere Surfaces are resistant to hydrolysis. AlN Ceramic Microspheres surface are impervious to heat and thermal conductivity.
3. You can mold this material. You can use it to make composite materials.
4. These materials can be used to make thermoconductive material. Modified AlN Ceramic Microscopic exhibits a greater thermal conductivity. You can use this to produce PVC, Polyurethane and other plastics.
AlN Ceramic Microsphere Store Conditions:
The condensation can dampen aluminum-nitride ceramic microspheres. You should dry aluminum nitride clay microspheres using vacuum bags. It is important to protect the AlN/Aluminum ceramic ceramic from sun exposure. For the ceramic microsphere/AlN, direct sunlight is not recommended.
AlN Ceramic Microspheres (AlN Ceramic Microspheres), are packed and shipped
There are many choices, depending on whether you wish to use AlN ceramic microscopic microspheres (AlNmicrospheres) or aluminium Nitride.
AlN ceramic nanospheres are made out of aluminum nitride. 25kg/barrel. More information is available here.
As long as you have received payment receipts, aluminum nitride or ceramic microsphere shipping can all be made by air, ocean or express.
Nanotechnology Co. Ltd., a trusted manufacturer and supplier of chemical products is known worldwide. It was formed in 2012. Graphite. sulfide. 3D printing powders.
We provide high-quality Microsphere. (brad@ihpa.net)
Alnic Nickel Mikrosphere properties
|
Sometimes referred as
|
Aluminium nitride
|
|
24304-00-5
|
Combination Formula
|
AlN
|
Molecular mass
|
40.9882
|
Appearance
|
From white powder, to pale powder
|
Melting Point
|
2200 degC
|
Boiling Point
|
2517 degC (dec.)
|
Density
|
2.9% to 3.3g/cm
|
|
N/A
|
Electrical Resistance
|
10-12 O-m 10x
|
Poissons' Rate
|
0.21 to $0.31
|
|
780 J/kg-K
|
Hydro Conductivity
|
80-200 Watts/m
|
Thermal Expansion
|
4.2 to 5.4 um/m-1
|
Young’s Modular
|
330 GPa
|
The exact
|
40.9846
|
Monoisotopic
|
40.9846
|
Safety & Health Information
Comments
|
Danger
|
Hazard Statements
|
H314-H335
|
Hazard Codes
|
Xi
|
Risk Codes
|
36/37/38
|
Privacy Statement
|
26-37/39
|
RTECS #
|
N/A
|
Transport Information
|
N/A
|
Germany
|
3
|
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