- Conductor Pastes
- Gold Conductor Pastes (Au)
- Platinum Conductor Pastes (Pt)
- Silver Conductor Pastes (Ag)
- Silver/Palladium Conductor Pastes (Ag Pd)
- Silver/Platinum Conductor Pastes (PtAg)
- Silver/Palladium/Platinum Conductor Pastes (PtPdAg)
- Polymer Silver Pastes (Ag)
- Copper Conductor Paste (Cu)
- Nickel Conductor Paste (Ni)
- Tungsten Conductor Pastes (W)
- Palladium Paste (Pd)
- Platinum/Gold Conductor Pastes (PtAu)
- Fuel Cell Pastes
- Braze Paste
- Dielectric Pastes
- Resistor Pastes
- Thermistor Pastes
- Ceramic Tape
- Polymer Pastes
- Vehicles & Thinners
- Ceramic Accessories
- Conductor Pastes
- Request for Quote
Silver/Platinum Conductor Pastes (PtAg)
|Product||Purpose||PDF Datasheet||Add to
A RoHS complaint platinum silver paste designed to be used on alumina. This material fires at 850°C.
A silver platinum paste designed for applications requiring a low firing temperature including glass, porcelain enameled steel (PES), and ceramic substrates. This material can be fired as low as 580°C.
A platinum silver paste designed for use with aggressive solders. This material fires at 930°C.
A platinum silver that is solderable and wire bondable. This material is fired on alumina at 850°C.
A platinum silver that is solderable for resistor terminations. This material is fired on steel at 850°C.
A RoHS compliant platinum silver paste designed for applications requiring solderability and high conductivity. This material is fired at 850°C on alumina.
A platinum silver paste designed as a solderable top layer metallization with low temperature co-fired ceramic (LTCC) tapes fired at a peak firing temperature of 850°C.
A mixed-bonded platinum silver designed for applications requiring solderability and high conductivity.. This material is fired at 850°C on alumina.
A platinum silver paste designed to be the electrodes for ESL 4150 Series and 4200-C Series capacitors. This material is fired on alumina at 900°C.