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PTC-2612-I

A positive thermistor paste with a beta of 2,200 and a resistivity of 100 ohm/sq. This material is fired on alumina at 850°C.

PTC-2612-I Datasheet Add PTC-2612-I to RFQ
PTC-2613-I

A positive thermistor paste with a beta of 1,600 and a resistivity of 1,000 ohm/sq. This material is fired on alumina at 850°C.

PTC-2613-I Datasheet Add PTC-2613-I to RFQ
PTC-2650-I

A positive thermistor paste with a beta of 3,400 and a resistivity of 5 ohm/sq. This material is fired on alumina at 850°C.

PTC-2650-I Datasheet Add PTC-2650-I to RFQ
NTC-2114

A negative thermistor paste designed with a beta of 2,125 and a resistivity of 10,000 ohm/sq. This material is fired on alumina at 850°C.

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NTC-2115

A negative thermistor paste designed with a beta of 2,500 and a resistivity of 100,000 ohm/sq. This material is fired on alumina at 850°C.

NTC-2115 Datasheet Add NTC-2115 to RFQ
NTC-2116

A negative thermistor paste designed with a beta of 3,100 and a resistivity of 1,000,000 ohm/sq. This material is fired on alumina at 850°C.

NTC-2116 Datasheet Add NTC-2116 to RFQ
PTC-2611

A positive thermistor paste with a beta of 4,100 and a resistivity of 10 ohm/sq. This material is fired on alumina at 850°C.

PTC-2611 Datasheet Add PTC-2611 to RFQ
PTC-2650

A positive thermistor paste with a beta of 4,000 and a resistivity of 5 ohm/sq. This material is fired on alumina at 850°C.

PTC-2650 Datasheet Add PTC-2650 to RFQ
PTC-2611-I

A positive thermistor paste with a beta of 3,000 and a resistivity of 10 ohm/sq. This material is fired on alumina at 850°C.

PTC-2611-I Datasheet Add PTC-2611-I to RFQ
NTC-2112

A negative thermistor paste designed with a beta of 725 and a resistivity of 100 ohm/sq. This material is fired on alumina at 850°C.

NTC-2112 Datasheet Add NTC-2112 to RFQ
NTC-2113

A negative thermistor paste designed with a beta of 1,700 and a resistivity of 1,000 ohm/sq. This material is fired on alumina at 850°C.

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3414

A Piezo sensitive resistor with a high gauge factor designed for strain gauge and pressure applications. This material can be fired at 850°C.

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4569

A porous zirconia paste that is designed for use in as a protective overcoat for platinum electrodes in planar oxygen sensors. This material is co-fired with zirconia tape and platinum between 1,450°C and 1,500°C.

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4492

An alumina dielectric that is designed for use as an insulating layer in planar oxygen sensors. This material is co-fired with zirconia tape and platinum between 1,450°C and 1,500°C.

4492 Datasheet Add 4492 to RFQ
4441

A fugitive paste that is designed to form channels in multi-layer tape structures. This material can also be used to increase post fired porosity when mixed with other inks.

4441 Datasheet Add 4441 to RFQ
5545-LS

A fritted platinum conductor designed for use as a heating element. This material is the thin printing version of 5545 and can be fired between 850°C and 1300°C alumina or zirconia to a thickness of 4 microns.

5545-LS Datasheet Add 5545-LS to RFQ
5559-B

A platinum paste designed to be co-fired with high temperature ceramic tape to create a high resistance heater. This material is co-fired with alumina or zirconia between 1450°C to 1550°C.

5559-B Datasheet Add 5559-B to RFQ
5575

A platinum paste designed to be co-fired with high temperature ceramic tape to create a via conductors for planar oxygen sensors. This material is co-fired with alumina or zirconia between 1450°C and 1550°C.

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5570

A porous platinum paste designed to be co-fired with zirconia ceramic tape to create the inner and outer electrode in planar oxygen sensors. This material is co-fired with zirconia between 1450°C and 1550°C.

5570 Datasheet Add 5570 to RFQ
5571

A platinum paste designed to be co-fired with high temperature ceramic tape to create a resistance heater in planar oxygen sensors. This material is co-fired with alumina or zirconia between 1450°C and 1550°C.

5571 Datasheet Add 5571 to RFQ
5572

A platinum paste designed to be the inner electrode in conical oxygen sensors. This material is fired between 1250°C and 1500°C on partially stabilized zirconia substrates.

5572 Datasheet Add 5572 to RFQ
5573

A platinum paste designed to be the outer electrode in conical oxygen sensors. This material is fired between 1250°C and 1500°C on partially stabilized zirconia substrates.

5573 Datasheet Add 5573 to RFQ
5574

A platinum paste designed to be co-fired with high temperature ceramic tape to create a conductor leads for planar oxygen sensors. This material is co-fired with alumina or zirconia between 1450°C and 1550°C.

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5544

A fritted platinum conductor for use in resistance temperature detectors (RTDs) and resistance heater applications. This material can be fired between 980°C and 1300°C on alumina.

5544 Datasheet Add 5544 to RFQ
5545

A fritted platinum conductor designed for use as a resistance heating element. This material can be fired between 850°C and 1300°C on alumina or zirconia.

5545 Datasheet Add 5545 to RFQ
6642

A RoHS compliant palladium paste designed for use on partially stabilized zirconia (PSZ) for use in oxygen sensors. This material is fired between 1250°C and 1450°C.

6642 Datasheet Add 6642 to RFQ
5051

A thin printing metallo-organic platinum designed for resistance temperature detectors (RTDs) and other applications. This material fires at 850°C on alumina or glazed ceramic to a fired thickness of 1 micron or less.

5051 Datasheet Add 5051 to RFQ
5542

A fritless platinum paste designed to be the inner and outer electrodes in conical oxygen sensors. This material is fired between 950°C and 1300°C on partially stabilized zirconia substrates.

5542 Datasheet Add 5542 to RFQ
8837-G

A gold paste for creating dense gold films between 2-6 microns that can be etched and gold wire bonded. This material is fired on alumina at 850°C.

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8081-A

A metallo-organic gold paste that is designed to produce fired gold films that are less than 1 micron in fired thickness. This material can be fired between 625°C and 850°C on alumina.

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