Iron Oxide is
manufactured using patented Physical Vapor Synthesis process. In this
process, iron metal is vaporized. This vapor is rapidly cooled in the
presence of oxygen, causing nucleation and condensation of crystalline
iron oxide particles. The particles are non-porous and their surfaces are
free of residual chemical contaminants. During the process, the particles
form weak agglomerates up to tens of microns in size. These agglomerates
can be reduced with suitable dispersion techniques, providing a typical
particle size distribution ranging from a few nanometers to a few hundred
nanometers.
KIA scientists are knowledgeable and experienced in the application of
crystalline powders and dispersions in a wide variety of fields. They
are available to work in close cooperation with customers to optimize the
performance of KIA products in commercial applications. KIA welcomes
inquiries regarding new nanocrystalline compositions, as well as
customized surface areas, particles size distributions, overall purity
levels, specific impurity limits, surface treatments/coatings, and
dispersions. |
TEM showing Iron Oxide typical particle size
distribution.
TEM showing Iron Oxide typical particle morphology.
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