Products
Specialty Conductor Pastes
| Product | Purpose | Order Trial Quantity |
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|---|---|---|---|
| 2170-A | Tungsten conductor for use on refractory green tape as a top side conductor, fires 1,500°C to 1,650°C in either wet ammonia or hydrogen |  |
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| 2170-B | Tungsten conductor for use on refractory green tape as a via fill, fires 1,500°C to 1,650°C in either wet ammonia or hydrogen | |
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| 2170-C | Tungsten conductor for use on refractory green tape as a buried layer conductor, fires 1,500°C to 1,650°C in either wet ammonia or hydrogen | |
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| 2323 | Silver-copper eutectic brazing paste, fluxless and fritless, for use in fuel cells, etc. | |
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2323-HV | Silver-copper eutectic brazing paste, fluxless and fritless, high viscosity | |
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| 4343 | Gadolinium doped ceria paste (GDC), for use in fuel cells | |
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| 4410 | Nickel oxide anode paste, for use in fuel cells | |
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| 4411 | Nickel oxide anode paste with added pore-former, for use in fuel cells | |
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| 4412 | Nickel oxide (50wt%) and zirconia (50wt%) anode paste, for use in fuel cells | |
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| 4416 | Nickel oxide (65wt%) and zirconia (35wt%) anode paste, for use in fuel cells | |
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| 4420 | Lanthanum strontium manganite paste (LSM), for use in fuel cells | |
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| 4421 | Lanthanum strontium cobalt ferrite paste (LSCF), for use in fuel cells | |
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| 4422 | Lanthanum strontium manganite/zirconia paste, for use in fuel cells | |
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| 4480 | Doped lanthanum chromite paste (LCC), for use in fuel cells | |
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| 4481 | Yttria stabilized zirconia paste (8YSZ), for use in fuel cells | |
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| 4482 | Lanthanum strontium cobalt chromite paste (LSCC), for use in fuel cells | |
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| 6642 | Palladium paste, fritless, for use on conical zirconia oxygen sensors, available in screen-printable or pourable versions | |
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| 2312-A-3 |
Thick-printing copper for power circuits | |
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| 2554-N-1 | Nickel for gas discharge display cathode | |
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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.)