|
Conductive coatings are commonly used to shield from Electromagnetic Interface (EMI), anti-static protection (aircraft paints), printed circuits inks, thermal dissipation (photocopy machine parts) and electrical conductive couplings.
The coating, depending on the application, may be a standard coating filled with a conductive material such as graphite, nickel, copper, silver or gold. A conductive coating may also be a thin film deposited by CVD or simply a doped thin film.
Unfilled Coatings
| PP2-OE41 | OE-41™ Platinum cure elastomer |
| PP1-ZPCE | Zipcone™ Moisture cure elastomer |
Information on additional coatings can be found in the Gelest brochure, Silicone Coatings, Encapsulants, Gels. Also see the Gelest brochure Reactive Silicones for information on materials for coating formulations.
Materials for thin films and doping
| AKI373 | Indium Methyl (trimethylacetyl)acetate |
| DINSN20 | Indium Tin |
| SNT7960 | Tin II Oxalate |
| SNT6990 | Tetraacetoxytin |
| AKI364 | Indium Methoxyethoxide |
| CXSV060 | Silver Neodecanoate |
For a more complete listing of Gelest products useful in conductive coatings applications, with literature references, click here.
| |
