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- PCC11913
PCC11913
- Paste Type: Component Metallization
- Substrate: PZT, NTC Ceramics, Alumina (Al2O3), Steatite, Porcelain
- Application Method: Screen Printing
- Application: Piezo, Component Metallization
Details
Description
PCC11913 is a Pb and Cd free low temperature
firing silver paste designed to screen print
solderable electrodes onto a variety of electrical
ceramic component devices. The fired film forms a
highly adherent bond to many types of substrates,
including piezoelectric transducers (PZTs), NTC
thermistors, alumina, steatite, and porcelain. The
metalized electrode is readily solderable for
external lead attachment.
firing silver paste designed to screen print
solderable electrodes onto a variety of electrical
ceramic component devices. The fired film forms a
highly adherent bond to many types of substrates,
including piezoelectric transducers (PZTs), NTC
thermistors, alumina, steatite, and porcelain. The
metalized electrode is readily solderable for
external lead attachment.
Key Features
Lower firing temperature (< 700 ºC)
Metal
Ag
Viscosity
80 – 100 kcps, Brookfield HBT, SC4-14 spindel & 6R utility cup @ 10 rpm, 25°C
Storage and Paste Preparation
Store in a dry location at 5 – 25°C. DO NOT REFRIGERATE. Allow paste to come to room temperature prior to opening. Spatulate well before using, as settling may occur during storage.
Warranty
Material guaranteed to meet specifications for 6 months from date of manufacturing with proper storage.
Printing Parameters
80 – 200 stainless steel mesh screens
0.7 – 1.0 mil emulsion
Allow parts to level at room temperature before
drying
0.7 – 1.0 mil emulsion
Allow parts to level at room temperature before
drying
Drying Temperature
150 ºC for 10 - 15 minutes
Process Temperature (TDS)
Optimum firing parameters depend on
substrate composition
650 – 700 ºC peak firing temperature
Dwell time of 8 – 12 minutes
Total cycle time of 45 – 60 minutes
Larger parts may require a longer firing
profile_x000D_
substrate composition
650 – 700 ºC peak firing temperature
Dwell time of 8 – 12 minutes
Total cycle time of 45 – 60 minutes
Larger parts may require a longer firing
profile_x000D_
Film Thickness
9 – 15 µm