High Purity Aluminum Nitride AlN Ceramic Microsphere, 99.5%

AlN is a good thermal conductor and can even be used in insulation for electrical circuits. You can significantly improve thermal conductivity by using AlN powder.

About AlN Ceramic Microsphere, Aluminum Nitride AlN : Aluminum Nitride A non-oxide ceramic material made primarily of aluminum and nitrogen (AL-65.71%,N-34.19). Aluminum Nitride Formula chemical AlN. AlN Ceramic Microsphere High thermal conductivity of 340W and heat transfer performance after secondary laser melting alloying. Low oxygen levels at lt.0.1% make it very effective in heat preservation as well as thermal conductivity. In polymer resins, viscosity is used to insulate thermal conductivity.
Ceramic Aluminium Nitride in Spherical Form It was synthesized in its first form in 1877. AlN Ceramic Microsphere, due to its high heat transferability and use in microelectronics is considered a Ceramic insulation. AlN Ceramic Microsphere has no toxic elements. That's a huge advantage over berylliumoxid. The ceramic spherical alm nitride, which is ceramic-spherical in shape, can be used to replace alumina and beryllium dioxide in many electronic instruments. Spherical Ceramic AlN This can be done by adding carbon or aluminum oxide to reduce it, as well direct nitriding with aluminum. This crystal has the hexagonal structure of zinc sulfide. The only way to produce industrial-grade material is by hot pressing or welding. This material is stable even when heated.

Globally trusted AlN Ceramic Microsphere, Aluminum Nitride AlN Source . We can answer your questions about the most current. Prices as low as AlN Ceramic Microsphere Anytime.

AlN Ceramic Microspheres Product Performance of Aluminum Nitride AlN
AlN is excellent at insulating electrical circuitry. It also has high thermal conductivity. AlN powder can also be used to improve the resin/plastic.

Aluminum Nitride AlN Ceramic Microsphere Features
Very close to the Spherical
The charges are high
Good flow
Sharp particle size distribution
Extremely high thermal conductivity
The electrical insulation of high quality is highly recommended

Specification:

How AlN Clay Microsphere Does it Get Produced?
Spherical aluminum-nitride (or spherical) clays can be made by laser flame melting. The benefits include high purity, uniform distribution of particle sizes and a clean surface. The particles can also be used in conjunction with living organisms.

AlN Ceramic Microsphere
1. AlN Ceramic Microspheres can be made by secondary laser melting, spherical alloying and/or secondary laser melting. Material's thermal conductivity and insulation are increased by the uniform size and fluidity.
2. AlN Ceramic Microsphere Surfaces are treated with resistance to hydrolysis. Oxidation, thermal conductivity and heat.
3. It is very easy to mold ceramic spherical metal. Composite materials can be made from it.
4. You can use it in thermoconductive plastics. The thermal conductivity of modified AlN Ceramic Microscopic is significantly increased by using it. It is used in PVC, polyurethane and other plastics.

AlN Ceramic Microsphere Storage Conditions:
The ceramic microsphere performance in aluminum-nitride could be affected by a damp reunion. A ceramic microsphere made of aluminum nitride, (AlN), must be kept dry and vacuum packed. It is not recommended to expose the ceramic microsphere of aluminum nitride/AlN to sunlight. The aluminum nitride/AlN ceramic micrsphere should not be handled in direct sunlight.

Transportation and Packaging of Aluminium Nitride AlN ceramic Microspheres
A variety of packing options are available, depending upon the quantity of AlN ceramic microspheres or aluminum nitride.
AlN ceramic microsphere packing to aluminum nitride. 25kg/barrel. Or you can request.
Aluminum nitride and ceramic microsphere shipping (AlN): Shipments can be made by sea, air, or express as long as payment receipts are available.


Nanotechnology Co. Ltd., a worldwide trusted supplier and manufacturer high-quality chemical products, is known for its 12 year-old experience in Nanomaterials including boride. Graphite. sulfide. 3D printing powders.
For high-quality alN ceramic microsphere contact us. (brad@ihpa.net)

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