Alumina Alloys
Saint-Gobain’s superiority in process technology enables us to provide uniform chemistry & particle size control for truly homogenous powders that deliver maximum deposit efficiency for optimal coating performance. Saint-Gobain tailors powder chemistry & particle size based on equipment demands & desired coating properties, thus delivering the optimal coating solution for your specific application.
Alumina Titania
Mullite
Spinel
Alumina Zirconia
| Nominal Chemistry | Morphology | Product No. | Nominal Size | Properties & Applications |
|---|---|---|---|---|
| 87%Al2O3, 13%TiO2 | Fused & Crushed | #106 | 15-45 µm | - Resists abrasion and fretting wear, and cavitation and particle erosion - Resists acid and caustic corrosion - Used in chemical and textile industries: thread guides, guide bars, shafts etc. |
| #107 | 5-30 µm | |||
| 60%Al2O3, 40%TiO2 | #108 | 15-45 µm | ||
| #109 | 5-30 µm | |||
| 52% Al2O3, 32% TiO2, 9% SiO2 | #1010 | 5-20 µm |
| Nominal Chemistry | Morphology | Product No. | Nominal Size | Properties & Applications |
|---|---|---|---|---|
| 75%Al2O3, 25% SiO2 | Fused & Crushed | #1020 | 15-55 µm |
- Good dielectric and thermal barrier properties - Good resistance to molten aluminum - used in aluminum contact, TBCs in diesel engines and dielectric insulation |
| Nominal Chemistry | Morphology | Product No. | Nominal Size | Properties & Applications |
|---|---|---|---|---|
| MgAl2O4 | Hollow Spherical | #171 | 20-75 µm |
- Good dielectric strength - Good resistance to molten aluminum, high thermal shock resistance and wear resistance - Used in aluminum contact: molds, ladles, ladle plugs nad lips. Oxygen sensors |
| Spherical | #172 | 10-63 µm |
| Nominal Chemistry | Morpholigy | Product No. | Nominal Size | Properties & Applications |
|---|---|---|---|---|
| 75%Al2O3, 25%ZrO2 | Fused & Crushed | #290 | 45-125 µm |
- Great abrasion, fretting, cavitation and particle erosion - Good resistance to molten zinc - Used in pump parts, seals, bushings, galvanizing industry |
| 60%Al2O3, 40%ZrO2 | #1610 | 45-125 µm |