Products
Polymer Pastes
| Product | Purpose | Order Trial Quantity |
|
|---|---|---|---|
| 240-SB |
Modified silicone protective overcoat, cures at 150-250 °C (colors available) |  |
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| 240-SB-FL | Fine line version of 240-SB | |
|
| 242-SB | Epoxy protective overcoat, cures at 125-200 °C | |
|
| 244-T | Transparent screen-printable resin coating, suitable for protecting silver polymers on glass substrates, for example for touch screens | |
|
| 1107-S | Silver conductor, phenolic-based, smooth surface, cures at 150-220 °C | |
|
| 1109-S | Silver conductor, phenolic-based, excellent adhesion | |
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| 1120 | Silver conductors, epoxy-based, high conductivity, for flexible substrates, cures at 150-220 °C | |
|
| 1901-S | Flexible silver conductor, epoxy-based, cures at 60-125 °C, typical applications are touch screens, smart cards, etc. | |
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| 1901-SB | Flexible silver conductor, low cost, epoxy-based, cures at 60-125 °C, typical applications are touch screens, smart cards, etc. | |
|
| 14401 | Polyimide insulating coating for aluminum and other substrates, cures 320 °C | |
|
| 15501 | Polyimide resistor, carbon-based and blends with 19101, for insulated aluminum and other substrates, cures 320 °C | |
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| 19101 | Polyimide silver conductor for insulated aluminum and other substrates, cures 320 °C | |
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| 19102-A | Solderable polyimide silver conductor for insulated aluminum and other substrates, cures 320 °C | |
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Green Products are Lead-Free, Cadmium-Free
The above ESL materials are representative of the most common market requirements. The front-side and back-side silvers are available in a number of versions, depending on factors such as the type of silicon (single crystal, poly- or multi-crystalline, etc.), the nature of the anti-reflective coating (silicon nitride, titanium dioxide, etc.) and the paste application method (screen printing, etc.)
The above ESL materials are representative of the most common market requirements. The front-side and back-side silvers are available in a number of versions, depending on factors such as the type of silicon (single crystal, poly- or multi-crystalline, etc.), the nature of the anti-reflective coating (silicon nitride, titanium dioxide, etc.) and the paste application method (screen printing, etc.)