High-Temp Sintering Paste

Formulated for firing above 800°C on alumina, aluminum nitride, or other durable ceramics. These materials deliver maximum chemical resistance, mechanical toughness, and bonding strength for harsh‑environment applications such as automotive sensors, solid‑oxide fuel cells, and high‑power electronics.

Conductor Paste (Sintered above 800℃)

DescriptionSubstrateFiring Condition ConductivityFeatures & Application
CP5802Silver PasteAlumina ceramic830℃/7~10min<2mΩ/sq/milApplied to thermal printing chips, ceramic sensors, atomizer chips, transducer chips, buzzer chips, etc
CP5803Silver PasteAlumina ceramic830℃/7~10min<2mΩ/sq/milApplied to thermal printing chips, ceramic sensors, atomizer chips, transducer chips, buzzer chips, etc
CP8065Silver PasteAlumina ceramic810℃/7~10min≤3mΩ/sq/milApplied to thermal printing chips, ceramic sensors, atomizer chips, transducer chips, buzzer chips, etc
CP8070Silver PasteAlumina ceramic810℃/7~10min≤3mΩ/sq/milApplied to thermal printing chips, ceramic sensors, atomizer chips, transducer chips, buzzer chips, etc
CP05WA2Silver PasteAlumina ceramic830~850℃/10min<2mΩ/sq/milApplied to circuit protection devices, high-power LED substrates
CP850xSilver PasteAlumina ceramic850℃/10~12min≤2.4~5mΩ/sqApplied to ceramic thick film circuits, GPS dielectric rod antennas, thick film heaters, chip component, ozonator
CP4306Silver PasteSUS430 with printed dielectric paste, ceramics850℃/10min≤ 2.2mΩ/sqApplied to chip resistor, thick film hybrid integrated circuit, ceramic capacitor, filter and household appliance
CP093DSilver PasteStainless steel with printed dielectric paste850℃/10minSpecially designed for thick film circuits on stainless steel substrates
CP094Silver PasteAlumina ceramic850℃/10minApplied to front conductor of chip resistor, can be electroplated or chemically plated, with excellent acid resistance
CP095Silver PasteAlumina ceramic850℃/10minApplied to back conductor of chip resistor, can be electroplated or chemically plated, with excellent acid resistance
CP8050Silver PasteAlumina ceramic750~850℃/10minExcellent adhesion and excellent welding resistance, suitable for GPS piezoelectric ceramics
CP8060Silver PasteAlumina ceramic750~850℃/10minExcellent adhesion and excellent welding resistance, suitable for GPS piezoelectric ceramics
CP8065Silver PasteAlumina ceramic750~850℃/10minExcellent adhesion and excellent welding resistance, suitable for GPS piezoelectric ceramics
CP8070Silver PasteAlumina ceramic750~850℃/10minExcellent adhesion and excellent welding resistance, suitable for GPS piezoelectric ceramics
CP805FSilver PasteAlumina ceramic750~850℃/10minApplied to atomized sheets, honeycomb sheets, and transducer piezoelectric ceramics, it has excellent printing performance, stackability, and non stick properties
CP807FSilver PasteAlumina ceramic750~850℃/10minApplied to atomized sheets, honeycomb sheets, and transducer piezoelectric ceramics, it has excellent printing performance, stackability, and non stick properties
CP115-NSilver PasteAlN substrate850℃/>10minAlN substrate, with strong adhesion, multiple firing without foaming, excellent soldering resistance and electroplating corrosion resistance
CP08xx-NPd/Ag PasteAlN substrate850℃/>10min≤ 3~30mΩ/sqApplied to high-performance thick film integrated circuits, automotive electronics
CP08xx-HPd/Ag PasteAlumina ceramic850℃/10~12min≤ 3~30mΩ/sqApplied to high-performance thick film integrated circuits, automotive electronics
CP08xx-APd/Ag PasteAlumina ceramic850~1530℃Applied to chip capacitors, chip inductors, multilayer piezoelectric, pressure-sensitive and other electronic components

Resistor Paste (Sintered above 800℃)

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DescriptionSubstrateFiring ConditionSheet ResistanceTCR(ppm/℃)Main Application
RP0115Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min10mΩ/sq ±10%1500±10%Applied to thick film circuits
RP0315Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min30mΩ/sq ±10%1500±10%Applied to thick film circuits
RP0515Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min50mΩ/sq ±10%1500±10%Applied to thick film circuits
RP1015Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min100mΩ/sq ±10%1500±10%Applied to thick film circuits
RP2015Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min200mΩ/sq ±10%1500±10%Applied to thick film circuits
RP1006Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min100mΩ/sq ±10%600±10%Applied to thick film circuits
RP2006Pd/Ag Resistor PasteSUS430 stainless steel, alumina ceramic850℃/10min200mΩ/sq ±10%600±10%Applied to thick film circuits
RPS8Ru Resistor PasteStainless steel with printed dielectric paste850℃/10min8Ω/sq ±10%<+600High power load stability, customizable temperature coefficient, and good process stability
RPS10Ru Resistor PasteStainless steel with printed dielectric paste850℃/10min10Ω/sq ±10%<+600High power load stability, customizable temperature coefficient, and good process stability
RPS50Ru Resistor PasteStainless steel with printed dielectric paste850℃/10min50Ω/sq ±10%<+400High power load stability, customizable temperature coefficient, and good process stability
RPS100Ru Resistor PasteStainless steel with printed dielectric paste850℃/10min100Ω/sq ±10%<+400High power load stability, customizable temperature coefficient, and good process stability
RPS150Ru Resistor PasteStainless steel with printed dielectric paste850℃/10min150Ω/sq ±10%<+400High power load stability, customizable temperature coefficient, and good process stability
RPS200Ru Resistor PasteStainless steel with printed dielectric paste850℃/10min200Ω/sq ±10%<+400High power load stability, customizable temperature coefficient, and good process stability
RPL10Pd/Ag/Ru Resistor PasteAlumina ceramic850℃/10min1Ω/sq ±20%0-+400Good power load stability, low temperature coefficient, and good process stability
RPL50Pd/Ag/Ru Resistor PasteAlumina ceramic850℃/10min5Ω/sq ±20%0-+300Good power load stability, low temperature coefficient, and good process stability
RPL11Ru Resistor PasteAlumina ceramic850℃/10min10Ω/sq ±20%0-+200Good power load stability, low temperature coefficient, and good process stability
RPL21Ru Resistor PasteAlumina ceramic850℃/10min20Ω/sq ±20%±150Good power load stability, low temperature coefficient, and good process stability
RPL51Ru Resistor PasteAlumina ceramic850℃/10min50Ω/sq ±20%±150Good power load stability, low temperature coefficient, and good process stability
RPL12Ru Resistor PasteAlumina ceramic850℃/10min100Ω/sq ±20%±150Good power load stability, low temperature coefficient, and good process stability
RPL52Ru Resistor PasteAlumina ceramic850℃/10min500Ω/sq ±20%±150Good power load stability, low temperature coefficient, and good process stability
RPL13Ru Resistor PasteAlumina ceramic850℃/10min1KΩ/sq ±20%±150Good power load stability, low temperature coefficient, and good process stability
RPH13Ru Resistor PasteAlumina ceramic850℃/10min1KΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPH14Ru Resistor PasteAlumina ceramic850℃/10min10KΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPH15Ru Resistor PasteAlumina ceramic850℃/10min100KΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPH16Ru Resistor PasteAlumina ceramic850℃/10min1MΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPH26Ru Resistor PasteAlumina ceramic850℃/10min2MΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPH17Ru Resistor PasteAlumina ceramic850℃/10min10MΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPH27Ru Resistor PasteAlumina ceramic850℃/10min20MΩ/sq ±20%±150Applied to high-voltage gathering potentiometers, high-voltage resistors, rod-shaped resistors, etc
RPE-03xxAg/Pd/Pt Resistor PasteAlumina ceramic850℃/10min10mΩ~1Ω/sq<300With stable resistance and extremely low attenuation
RPE-06xxAg/Pd/Pt Resistor PasteAlumina ceramic850℃/10min10mΩ~1Ω/sq<600With stable resistance and extremely low attenuation
RPE-15xxAg/Pd/Pt Resistor PasteAlumina ceramic850℃/10min10mΩ~1Ω/sq<1500With stable resistance and extremely low attenuation
RPN-50xxRu Resistor PasteAlN substrate850℃/10min10Ω~1kΩ/sq±150for AlN substrates, with low current noise, high withstand voltage characteristics, low power attenuation, and stable resistance value
RPG05Pd/Ag Resistor PasteGlass-ceramic850~900℃/10min20~100mΩ/sq600~2000Specially developed for glass-ceramic thick film heaters, it has stable resistance value after sintering, resistance to temperature shock, and excellent matching with the substrate

Dielectric Paste (Fired above 800℃)

SubstrateFiring ConditionFeatures & Main Application
DP4301400-series (including 430/444, etc.) ferritic stainless steel substrates850℃/5~10minExcellent insulating property, applied to thick film heating element
DP4302400-series (including 430/444/404, etc.) ferritic stainless steel substrates850℃/5~10minBreakdown voltage >2000 V/3s (fired film thickness >80μm, 25℃)
DP3041300-series (including 304/316, etc.) austenitic stainless steel substrates850℃/5~10minBreakdown voltage >2000 V/3s (fired film thickness >80μm, 25℃)
DP021Polycrystalline titanium/monocrystalline titanium plate850℃/5~10minBreakdown voltage >2000 V/3s (fired film thickness >80μm, 25℃)

Overcoat Protective Paste (Fired above 800℃)

 SubstrateFiring ConditionFeatures & Main Application
OP8501Stainless Steel with printed dielectric/conductor/resistor paste850℃/10minApplied to hybrid circuit, resistor plate, heating element, and sensitivity element
OP8504Stainless Steel with printed dielectric/conductor/resistor paste850℃/10minApplied to hybrid circuit, resistor plate, heating element, and sensitivity element
OP4302400-series stainless steel substrates with printed dielectric/conductor/resistor paste850℃/5~10minExcellent insulation strength
OP3041300-series stainless steel substrates with printed dielectric/conductor/resistor paste850℃/5~10minExcellent insulation strength