Applications
Heaters on Steel and Other Substrates
| Product | Purpose | Order Trial Quantity |
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|---|---|---|---|
| 5051 | Platinum
Conductor Screen-printable metallo-organic Pt, fires at 850 °C to provide a 0.15 - 0.25 µm film on glazed ceramic substrate |
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| 5545 | Platinum
Conductor Fritted Pt for heating elements, retains adhesion in hydrogen atmosphere up to 600 °C, firing temperature of 850 °C - 1,300 °C on preferred substrate |
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| 5545-LS | Platinum
Conductor Thin-printing version of 5545 |
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| 9912-A |
Silver
Conductor For termination of 29XXX resistors over dielectric on stainless steel, fires at 850 °C |
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| 9695 |
Silver-Palladium Conductor For termination of 29XXX resistors over dielectric on stainless steel, fires at 850 °C |
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| 9501-CH | Silver-Platinum
Conductor For termination of 29XXX resistors over dielectric on stainless steel, fires at 850 °C |
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| 4604-A | Dielectric For use with 4605 to insulate aluminum |
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| 4605 | Dielectric For use with 4604-A to insulate aluminum |
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| 4606 | Dielectric One-part paste to insulate aluminum |
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| 4916 | Dielectric For insulation of 304-type austenitic stainless steel, fires at 850 °C, contains barium |
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| 4924 | Dielectric Ba-free, for insulation of 430 and 444-type ferritic stainless steel, fires at 850 °C |
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| 4931 | Dielectric Dielectric designed to insulate ferritic steel, minimal bowing when used on 430 S17 grade stainless steel |
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| 4986 | Dielectric Co-firing, for insulation of 430-type ferritic stainless steel, fires 850 °C |
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| 4987 | Dielectric For insulation of thin (<1 mm) 430-type ferritic stainless steel, fires at 850 °C |
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| 4702 | Overglaze For resistors printed on 4924 dielectric, excellent acid resistance, fires at 850 °C |
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| 4771-P2 | Overglaze Firing at 520 to 620 °C, for use over all dielectrics, excellent water resistance |
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| 4937 | Overglaze High temperature overglaze with a glossy finish, suitable for some Heaters-on-Steel applications. |
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| 41030-T | Dielectric
Tape Insulator tape, for use on 430-type ferritic stainless steel, nominal thickness 125 µm |
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| 41030-T-200 | Dielectric
Tape Insulator tape, for use on 430-type ferritic stainless steel, nominal thickness 200 µm |
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| 29xxx Series | Low-cost, for heaters on dielectric-coated stainless steel, with controlled TCR, fires at 850 °C | ||
| PTC-2600-I Series | Similar to PTC-2600 Series, with higher viscosity, can be used as a heater element on alumina, dielectric, and PES | ||
| 14401 | Dielectric Polymer-based, for the insulation of aluminum and other substrates, may also be used as a protective coating, cures at 320 °C |
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| 19101 | Silver
Conductor Polymer-based, for use on insulated aluminum and other substrates, cures at 320 °C |
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| 19102-A | Silver
Conductor Polymer-based, for use on insulated aluminum and other substrates, solderable, cures at 320 °C |
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| 15501 | Resistor Polymer-based, for use on insulated aluminum and other substrates, may be blended with 19101, cures at 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.)