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Neoxid ceramic powders manufactured by spray
drying and sintering show enhanced deposition
efficiency over conventional powders meaning
valuable savings in process time and off-spray
cleaning. More consistent melting improves coating
homogeneity and better performing coatings can
thus be achieved.
Our strength is in being able to supply powders
that are best suited to our customers’ applications.
A new development is the introduction of nano-
composite powders which yield enhanced coating
properties, thereby enabling new applications.
Powders formulated with nanosized precursors
generate coatings with better mechanical and
chemical performance.
Through our network of companies and research
facilities we can provide a wider range of services
from materials development to thermal spray
diagnostics and process optimisation.
When ultimate corrosion resistance is demanded
our sealants for thermally sprayed coatings will
provide the solution. A high penetration depth and
excellent chemical resistance are the key factors
for successful corrosion prevention using sealants.
Our sealants have been developed for different
application procedures and coating materials.
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| Typical NEOXID POWDERS for thermal spraying |
| Neoxid C101 |
Cr2O3 |
99 + |
| Neoxid C102 |
Cr2O3 - SiO2 - TiO2 |
92 - 5 - 3 |
| Neoxid C103 |
Cr2O3 - TiO2 |
95 - 5 |
| Neoxid C104 |
Cr2O3 - TiO2 |
50 - 50 |
| Neoxid T101 |
TiO2 |
99 + |
| Neoxid A101 |
Al2O3 |
99 + |
| Neoxid A102 |
Al2O3 - ZrO2 - SiO2 |
52 - 38 - 10 |
| Neoxid A103 |
Al2O3 - TiO2 |
87 - 13 |
| Neoxid X |
Your composition |
As requested |
| Examples of MDS IMPREGNABLE SEALANTS for thermally sprayed coatings |
| MDS-210 |
2K, HT curing |
Oxide coatings, solvent free |
| MDS-220 |
2K, RT curing |
Oxide and metal coatings |
| MDS-230 |
2K, RT curing |
Carbide coatings, solvent free |
| MDS-240 |
2K, RT curing |
Carbide coatings |
| MDS-250 |
1K, RT curing |
All coatings |
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