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Aluminum Nitride is resistant to the corrosion caused by other metals such as molten aluminum and gallium Arsenide.
AlN Ceramic Powder injection Molding Components
aluminum nitride chemical composition is AIN. aluminum nitride atomic formula is B. AlN aluminum nitride will stabilize for up to 2220. It has a high strength at room temperature and a slow decrease in strength with temperature. The material is good for heat resistance and thermal conductivity. The strong resistiveness to molten material erosion makes it an excellent crucible for melting aluminum and pure iron. An electrical insulator with excellent dielectric qualities, aluminum nitride has also been shown promise as an electronic component. An aluminum nitride coating is applied to the gallium arsenide’s surface. This prevents it from being ionized during annealing.
3pdm a trusted global alN Ceramic powder Injection molding componentssupplier. At any given time, you can contact 3pdm to inquire about the latest AlN nitride HTML3_.
AlN Ceramic Microspheres:
AlN ceramic powder injection mold components are high in performance, economical, small production runs, and have a complex shape.
AlN Ceramic Powder Injection Molding Components.
Thermoconductive material
High Strength
High level of accuracy
It is a high insulation capacity
Specialized shapes are available
Plasma resistance
Specification: AlN Ceramic Powder Injection-Molding Components.
Tr-C210
Tr-C170
Density
3.33
3.32
Heat conductivity (W/mK).
210
170
Bending Strength (MPa)
300
410
Insulation (KV/mm)
27
31
Dielectric
8.9
8.8
(11-6)
4.9
4.6
How does AlN Ceramic Powder Injection mold Components made?
Prepare aluminum nitride ceramic particles by directly nitriding Al Powder:
Al powder preparation by direct nutrition is the best way to get AlN powder. Here, aluminum powder can be heated in nitrogen. When aluminum powder is heated to high temperatures (800-1200 degrees), it reacts directly with nitrogen and produces aluminum nitride.
This method is simple and cost effective, with no side effects. There are however, obvious disadvantages to this method. However, this method has its disadvantages. At the start of reaction, aluminum powder particles form a layer of nitride, making it harder for nitrogen to penetrate. The result is a lower yield. A strong exothermic reaction occurs between aluminum powder and nitrogen. The speed of reaction is high, so the AlN powder selfsinters. Agglomeration forms, which causes powder particles to become coarser.
Al2O3 carbothermal and self-spreading synthesis at high temperatures, as well as high-energy ball-milling, chemical vapour deposition, al2O3 nitride powder, Al2O3 reductive synthesis, low-temperature high-temperature synthesizing, high energy ball milling, chemical solvent, chemical vapor duposition, so-gel method, plasma synthesis.
Applications Injection Molding Components
1. This aluminum nitride dust has high purity, small size, high activity and is very pure. It is the most important raw material needed to produce high thermal conductivity, aluminum nitride ceramic composite substrate.
2. Aluminium nitride ceramic substrate offers high thermal conductivity. It’s a perfect substrate and packaging material in large-scale integrative circuits.
3. Aluminum Nitride is harder than the old alumina. It’s a brand new form of wear-resistant ceramic material. Unfortunately, due to its high price, it cannot be used on parts that have severe wear.
4. You can make AIN ceramics with the heat resistance, thermal shock resistance and melt erosion resistance of . Also, you can use its optical properties to act as an infrared glass. The aluminum oxide film could be turned into piezoelectric devices and integrated circuit substrates.
5. Aluminum oxide nitride corrosion resistance and heat resistance. It is stable to acids, but easy to remove in an alkaline solution. An extremely thin oxide film forms when AIN’s new surface is exposed to humid air. The AIN ceramic can be used for a casting and crucible mold material, as well as to melt other metals such copper, silver and lead. AIN ceramics possess excellent metallization characteristics and can replace toxic Beryllium Oxide ceramics in the electronic sector.
AlN Clay Powder Injection Moulding Components Storage:
AlN powder injection molding parts will not perform well if they are exposed to water. Also, avoid stress.
Shipping & Packaging of AlN Clay Powder Injection Molding Parts:
We offer many kinds of packing, which are dependent on the AlN powder injection molding component quantity.
AlN ceramic dust injection molding component packing: vacuum packed, 1kg/bag. 25kg/barrel.
AlN ceramics powder injection molding components shipment: could send out by sea and by air so long as the payment receipt has cleared.
3pdm advanced materials. With over twelve years of industry experience, (3pdm) has been a reliable global supplier and manufacturer for chemical materials.
Contact us if you need high-quality Injection Molding Components. (brad@ihpa.net)
AlN Clay Injection Molding Components Properties
Aluminium nitride
24304-00-5
40.9882
Appearance
White to pale Yellow Powder
Melting Point
2200 °C
Boiling Point
2517 °C (dec.)
Density
Solubility H2O
N/A
Electro Resistivity
10 to
12 10x
Poisson’s Raised
0.21
Specific Heat
780 J/kg-K
Heat Conductivity
80 W/m-K
Thermal Expansion
4.2-4.5.4 m/mK
Young’s Model
330 GPa
Exact
40.9846
Monoisotopic
40.9846
AlN Ceramic Powder Injection Molding Components Health & Safety Information
