Products
Crossover/Multilayer Dielectric & Dielectric Coating Pastes
| Product | Purpose | Order Trial Quantity |
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|---|---|---|---|
| 4441 | Screen-printable fugitive or porosity forming paste for use in SOFC, and for forming channels in planar oxygen sensors and other multi-layer structures |  |
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| 4492 | Screen-printable alumina paste for use as an insulating layer in planar oxygen sensors | |
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4550 | Screen-printable zirconia paste for use as a porous overcoat to protect the electrode in planar oxygen sensors | |
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4604-A | Dielectric paste for use with 4605 to insulate aluminum substrates | |
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| 4605 | Dielectric paste for use with 4604-A to insulate aluminum substrates | |
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| 4612-B | Crystallizing with a green color, alkali-free | |
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| 4911 | Multilayer dielectric, for high-frequency, low-loss applications, k = 4 | |
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| 4913-G | Multilayer/crossover dielectric | |
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| 4916 | Insulating dielectric, for 304-type austenitic stainless steel | |
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| 4917 | Multilayer dielectric, suitable for mixed metals, high BDV | |
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| 4920 | Multilayer dielectric, thin printing, suitable for mixed metals, high BDV | |
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| 4924 | Insulating dielectric, for 430-type ferritic stainless steel | |
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| 4956 | Dielectric designed to insulate ferritic steel, minimal bowing when used on 430 S17 grade stainless steel | |
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| 4986 | Co-firing dielectric, for insulating 430-type ferritic stainless steel | |
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| 4987 | For insulating thin 430-type ferritic stainless steel, improved warpage control | |
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| 4905-C |
Filled glass-ceramic, for use with gold conductors | |
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| 4905-CH | Thicker printing and better via definition version of 4905-C | |
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| 4925-A | Buffer between 4924 and resistors on stainless steel | |
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| M4023-C | Black, for use in DC gas discharge displays | |
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| M4024-A | Cd-free version of M4023-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.)