Saint-Gobain Coating Solutions Datasheets for Ceramic Powders and Precursors
Ceramic powders and precursors contain oxides, carbides, nitrides, carbon, and other non-metals. They are usually micron or mesh-size in distribution. Ceramic powders, sol-gel solutions and precursors are fabricated through atomization, crushing, milling, precipitation, and other chemical processes.
Ceramic Powders and Precursors: Learn more
| Product Name | Notes |
|---|---|
| Coatings that Extend Service Life in High-Temp Applications This highly homogenous powder with 20% yttria features a hollow sphere form for optimal deposit efficiency. The coating provides excellent thermal barrier... | |
| Coatings that Extend Service Life in High-Temp Applications This hollow-sphere, completely homogenous, high purity powder offers the highest deposit efficiency along with the lowest thermal conductivity for an extremely durable... | |
| Particle Size Options for Tailored Porosity These hollow sphere powders feature 8% stabilized yttria with very uniform chemistry. These products are available in a range of particle sizes to meet... | |
| Saint-Gobain 204 series is yttria stabilized zirconia hollow sphere powder with a cream color. The benefit of the spherical shape is more uniform build up rates due to uniform delivery... | |
| Saint-Gobain’s #1010 powder is a blocky-shaped, fused & crushed black aluminum titanate powder that produces a wear resistant coating. It can also be used as a release coating in certain... | |
| Saint-Gobain’s #106 thermal spray powders feature blocky-shaped particles that form dense, hard coatings engineered to resist wear due to abrasion, fretting, cavitation & particle erosion. The alumina-titania formulation resists corrosion... | |
| Saint-Gobain’s #108 thermal spray powders combine aluminum & titanium oxides to produce a smooth, wear resistant coating. The polished surface exhibits low wettability due to dilute solutions of common acids. | |
| Saint-Gobain’s #110 GE is a blocky-shaped, fused aluminum oxide powder with about 3% titania. The powder yields wear-resistant coatings that are ideal for aerospace, printing & automotive applications. The #110... | |
| Saint-Gobain’s #110 is a blocky-shaped gray fused aluminum oxide powder containing about 3 percent titania. When sprayed, this powder produces a hard, dense coating that offers wear resistance & dielectric... | |
| Saint-Gobain’s #112 is a blocky-shaped, fused aluminum oxide powder with about 3% titania. The powder produces coatings that provide wear resistance & dielectric strength in aerospace, printing & automotive applications. | |
| Saint-Gobain’s #117 & 119 are blocky-shaped, fused aluminum oxide powders with about 3% titania. The powders are brown in color but spray gray. The resulting coatings provide wear resistance & | |
| Saint-Gobain’s #150 is a very high purity white powder that produces hard, dense coatings with low porosity. The coatings offer excellent wear resistance at low temperatures & are ideal for... | |
| Saint-Gobain’s #153PT is a 99.8+% pure white powder with low soda content. It is recommended when purity is essential, such as electronic & dielectric applications. Both powders are available in... | |
| Saint-Gobain’s #170 is a white fused magnesium aluminate powder that is blocky in shape. This powder produces high thermal shock resistant coatings that are suitable for the re-surfacing of parts. | |
| Saint-Gobain’s #171 is a spherical white magnesium aluminate (Spinel) powder used primarily for resurfacing parts that require high thermal shock resistance. These coatings resist wetting by liquid aluminum, making it... | |
| Saint-Gobain’s #190 is a hollow, spherical alumina thermal spray powder designed for high purity applications. The 99.9+% pure material is white alpha alumina with particle sizes from 10-30 micron as... | |
| Saint-Gobain’s #2020, #2021, #2525 & 2026HE are fused black powders that feature rounded particles for superior flow characteristics. These powders produce dense, very hard coatings with excellent resistance to wear... | |
| Saint-Gobain’s #222 is buff-colored hollow sphere powder that produces highly effective, corrosion-resistant thermal barrier coatings. The spherical shape provides for more uniform delivery without pulsing or plugging of feed lines. | |
| Saint-Gobain’s #233 & #233PW crushed cream-colored powders are created using a special fusion process that gives the particles an open structure. These coatings act as an excellent thermal barrier or... | |
| Saint-Gobain’s #235 & #252 are fused calcium oxide stabilized zirconia powders used to produce thermal barrier coatings with excellent resistance to heat & thermal shock. These yellow, blocky-shaped powders are... | |
| Saint-Gobain’s #290 is a blocky-shaped, fused thermal spray powder that is grayish-blue in color. This powder produces a dense, hard coating that resists wear due to abrasion, fretting, cavitation & | |
| Saint-Gobain’s #340 & 341 are sintered & crushed blocky shaped powders that produce excellent wear & corrosion resistant coatings. The presence of silica & titania increases deposit efficiency & improves... | |
| Saint-Gobain’s 3000 series features fused black powders that are rounded for superior flow characteristics. These powders produce coatings for applications where resistance to wear & corrosion are essential. The rounded... | |
| Saint-Gobain’s sintered 300 series features three blocky shaped powders. The titania present in these formulations yields superior deposit efficiency & finishing characteristics compared to pure chromium oxide. Virtually free of... | |
| Saint-Gobain's #1000 & #1001 powders are composed of fused & crushed, blocky-shaped black titania. These powders are used for coatings where only moderate resistance to abrasive wear is required. The... | |
| Saint-Gobain's #1020 is a fused, crushed mullite powder that is blocky-shaped & white in color. This powder produces coatings that are ideal for applications requiring good dielectric strength, thermal insulation... | |
| The 204HP series is a very high purity hollow sphere powder with a white color. The material is designed to be low activity and will pass the pending European regulation... | |
| These high-purity, blocky-shaped fused powders are insoluble in aqueous solutions of common acids & alkalis. They also offer high dielectric strength at room temperature. These powders produce coatings with excellent... |