![Aluminium nitride photo1](pw_al_ni_ph01.jpg)
TEM Photograph |
![Aluminium nitride photo2](pw_al_ni_ph02.jpg)
UV-VIS-NIR Scanning Spectrophotometer
|
|
It is stated that
DLC
AlN has
10-15
times greater Thermal
Conductivity
100- 220(W/mK),
50-75% greater bending
strength, and a
coefficient of Thermal
Expansion more closely
matching that of
silicon. A light tan/
white to gray powder
which can be fired to
translucence
Aluminum Nitride Typical
Chemical Properties
Available:
Typical
chemistry: N= 33.6% min., Al= 65.4% min. Purities are
available from 99% (industrial grade) to 99.8% (high
purity grade).
Three
different basic AlN chemistries are available
Aluminum
Nitride Typical Physical Properties Available:
Single
crystals, sintered pieces, rods, targets, pellets,
whiskers, grinding media, coarse grains for fillers, and
fine powder
Granules and powder are available from as coarse as
60 mesh (250
µm) and finer down to a 0.5
µm
product. The finest commercial grade available in
tonnage lots has an average agglomerated particle size
of approximately 1.8 microns.
Typical
Applications:
High thermally
conductive ceramics, translucent ceramics, Si-Al-O-N
compounds, high temperature materials, additives, heat
sinks, power and multichip modules, refractories,
ceramic armor, break rings, coatings, insulators, heat
radiation plates, optoelectronic devices, metal matrix
composites, thermally conductive filler, IC packages and
substrates
Combustion synthesis of aluminum
nitride powder using additives![](icoLeaf.gif)
Sintering
behavior of direct nitrided AlN powder![](icoLeaf.gif)
If you don't find what you're looking for,
Contact Us.
We may have a suitable product that's not listed, or we may be
able to develop a material to fit your specific needs.
Tel : (02)2217-3442 / Fax : (02)2704-4070
|
|