ALN paste system

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Fraunhofer IKTS engineers develop advanced high-performance and functional ceramic materials with extraordinary properties that make them suitable for use in harsh environments. The Fraunhofer Institute for Ceramic Technologies and Systems IKTS conducts applied research on high-performance ceramics and represents Europe‘s largest R&D institute dedicated to the study of ceramics.

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Aluminium Nitride ALN Substrate

Micromax™ Pastes

ALN44

Dielectric – ground substrate

AN11R

Conductor – AG

AN33R

Conductor – AGPd (10:1)

ALN71

Conductor – Au

Fraunhofer IKTS Pastes

FK1572

Conductor – Ag

FK1601

Conductor – Ag

FK1205

Conductor – AgPd (3:1)

FK1953

Conductor – AgPd (3:1)

FK1916

Conductor – AgPd (6:1)

FK1282

Conductor – AgPt (3:1)

FK1071

Conductor – AgPt (97:3)

FK1105

Via fill paste – AgPt

FK1574

Conductor – AgPtPd (13:3:1)

FK3101

Conductor – Cu

FK3201

Conductor – Cu

FK4027

Marking paste – Green – 650 °C firing

FKM4000

Marking paste – Green, Blue, Black, White, Red

FK9600

Resistor – from 6 to 6000 Ω/sq

FK9900M

Resistor – from 100 to 10.000 mΩ/sq

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Arlon Hi-Rel PI & no-flow

Rogers RF & Microwave

AGFA DiPaMat® Jettable Inks

Committed to Quality

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ALN paste system

Aluminium Nitride ALN Substrate

Aluminium Nitride ALN Substrate

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