NANO MATERIALS
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We use a novel process that uses a combination of solution combustion synthesis, spray pyrolysis and pulse combustion for the production of our nano-materials.
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Because of the nature of our process we can prepare nano-materials in sizes from 20 to 100 nm, agglomerated into spheres or hollow spheres from 1 to 10 microns in diameter.
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The synthesis can be performed in a reductive or oxidative environment, where in the reductive environment materials can be carbon coated.
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The nano-materials have an uniform elemental composition.
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It is possible to prepare mixed metal oxides, nitrides, carbides, phosphates, borates or elemental metal. We are also prepared to discuss and try other materials.
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The morphology of the material depends on the synthesis conditions and on the precursor. Some morphology may not be possible to obtain for certain materials.
Agglomerated nanomaterials 1 | Agglomerated nanomaterials 2 |
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Agglomerated nanomaterials 3 | Agglomerated nanomaterials 4 |
Spherical porous materials 1 | Spherical porous materials 2 |
Spherical porous materials 3 | Spherical porous materials 4 |
Spherical porous materials 5 | Spherical porous materials 6 |