Substrata offers a full suite of palladium coated silicon and glass substrates
All coatings are deposited under high vacuum using electron beam evaporation. Palladium has a high hydrogen adsorption capacity which makes it an excellent material for hydrogen sensing and storage applications. Other applications include medical instrumentation, dentistry, electrical contacts, and jewelry.
We use a thin titanium adhesion layer (2-7 nm) between the substrate and palladium coating. This adhesion layer is optional. Custom sizes and materials can also be fabricated to meet your needs.
Technical Features
High quality substrates coated with 1000 Å (100 nm) of palladium. All coatings include a 30 Å titanium adhesion layer between the substrate surface and the palladium coating.
Product # | Description | Coating | Thickness | Adhesion | Unit |
|---|---|---|---|---|---|
4WPD-01000-Q3 | Palladium Coated Ø4 in Silicon Wafers1000 Å Pd | Ø101.6 mm x 0.525 mm thick | Palladium (99.95 %) | 1000 Å | 30 |
High quality substrates coated with 1000 Å (100 nm) of palladium. All coatings include a 30 Å titanium adhesion layer between the substrate surface and the palladium coating.
Product # | Description | Coating | Thickness | Adhesion | Unit |
|---|---|---|---|---|---|
SSPD-01000-Q10 | Palladium Coated Microscope Slides 1000 Å Pd | 25 mm x 75 mm x 1 mm | Palladium (99.95 %) | 1000 Å | 30 Å Ti | 10/pkg |