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Heaters on Steel and Other Substrates
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Product Purpose PDF
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
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
5545-LS Platinum Conductor
Thin-printing version of 5545
9912-A
Silver Conductor
For termination of 29XXX resistors over dielectric on stainless steel, fires at 850 °C
9695 Silver-Palladium Conductor
For termination of 29XXX resistors over dielectric on stainless steel, fires at 850 °C
9501-CH Silver-Platinum Conductor
For termination of 29XXX resistors over dielectric on stainless steel, fires at 850 °C
4603 Dielectric
For use with 4604 to insulate aluminum
4604 Dielectric
For use with 4603 to insulate aluminum
4604-A Dielectric
Lower solids version of 4604 to insulate aluminum
4916 Dielectric
For insulation of 304-type austenitic stainless steel, fires at 850 °C
4924 Dielectric
Ba-free, for insulation of 430 and 444-type ferritic stainless steel, fires at 850 °C
4956 Dielectric
Dielectric designed to insulate ferritic steel, minimal bowing when used on 430 S17 grade stainless steel
4986 Dielectric
Co-firing, for insulation of 430-type ferritic stainless steel, fires 850 °C
4987 Dielectric
For insulation of thin (<1 mm) 430-type ferritic stainless steel, fires at 850 °C
4702 Overglaze
For resistors printed on 4924 dielectric, excellent acid resistance, fires at 850 °C
4771-P1 Overglaze
Firing at 520 to 620 °C, for use over all dielectrics, excellent water resistance
41030-T Dielectric Tape
Insulator tape, for use on 430-type ferritic stainless steel, nominal thickness 120 µm
41030-T-200 Dielectric Tape
Insulator tape, for use on 430-type ferritic stainless steel, nominal thickness 200 µm
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, may also be used as a protective coating, cures at 320 °C
19101 Silver Conductor
Polymer-based, for use on insulated aluminum, cures at 320 °C
15501 Resistor
Polymer-based, for use on insulated aluminum, may be blended with 19101, cures at 320 °C

The above materials are selected from the full ESL range of pastes and ceramic tapes and are representative of the most common market requirements. See the ESL Product pages for additional materials.

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