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| Sprayable
Nanostructured Alumina / Titania S2613S Nanox™ Powder |
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Thermal
Spray Grade Spray Dried
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Alumina/Titania is a ceramic composite material
used as a wear resistant coating for machine components.
Nanox™ S2613S feedstock powder is agglomerated nanoparticles
with high flowability and an average diameter of 30 µm.
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Morphology
SEM micrograph typical of Nanox™ S2613S feedstock powder showing
spherical geometry with high flowability.
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| Coating
Microstructure
Cross sectional
SEM view of a typical dense ceramic coating produced by a Metco
plasma gun using Nanox™ S2613S feedstock powder. Pores (dark
spots) occupy only 2 - 5 % volume.
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| Year
2001 R&D 100 Award Winner
 U.S.
Patent Nos.
6,025,034
6,162,530
6,277,448
6,277,774
6,287,714
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| Properties
of NanoxTM S2613S Powder
| Al2O3
: TiO2 wt ratio |
87
: 13 |
| CeO2
content, wt % |
6
- 8 % |
| ZrO2
content, wt % |
8
- 10 % |
| powder
grain size (ave.) |
50
- 500 nm |
| agglomerated
powder size (ave.) |
30
µm |
| tap
density |
1.4
g/cm3 |
•
1 nanometer (nm) = 10 - 9 meter (m)
• Nanoscale Materials for the Global Infrastructure™
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Suggested
Applications
Inframat® Nanox™ S2613S is an excellent thermal spray feedstock
for coating applications where resistance to wear, erosion, and corrosion
at elevated temperatures is required. The Thermal Spray Grade material
can be applied with DC Arc plasma guns. Full spray specifications
are available through Technical Applications Bulletin No. S2613S.01.A.
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| The
information and recommendations contained in this publication are based
upon data collected by Inframat® Corporation and believed to be correct.
However, no guarantee or warranty of any kind, expressed or implied, is
made with respect to the information contained herein, and Inframat® Corporation assumes no responsibility for the results of the use of these
products and processes described herein. No statements or recommendations
made herein are to be construed as inducements to infringe any relevant patent, now or hereafter
in existence.
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