Automotive Electronic Pastes | Sensors, Cabin Circuits & Glass Heating
High-Reliability Electronic Pastes for Automotive Sensors, Cabin Circuits & Glass Heating
Our automotive-grade pastes are formulated to withstand wide temperature swings, humidity cycling and continuous mechanical vibration in vehicle environments. The material system delivers stable long-term electrical performance for both flexible cabin circuits and rigid ceramic/glass automotive components.
Key Applications
- 1
Automotive cabin flexible circuits
- 2Ceramic oil level sensors
- 3Front/rear windshield defrost heating circuits
- 4Rearview mirror heating elements
Material Solutions
- Flexible Silver Paste: Low-temperature curing conductive traces for cabin FPC components
- Alumina Ceramic Conductor/Resistor Paste: Thick film electrodes and sensing resistors for oil level sensors
- Low & MediumTemp Curing Glass Silver Paste: Defrost circuit traces on automotive mirrow and glass
| Model | Description | Substrate | Drying & Firing Condition | Application |
|---|---|---|---|---|
| SPL-1201 | Silver Paste | PET | 130℃/30min | rearview mirror heating elements |
| SPY-15063 | Silver Paste | PET/PI, TPU | 120℃/30min | automotive cabin flexible circuits |
| SPY-1506 | Silver Paste | PET/PI, TPU | 120℃/30min | automotive cabin flexible circuits |
| SPL-600x | Silver Paste | Glass | 600-650℃/3min | front/rear windshield defrost heating circuits |
| SPL-700x | Silver Paste | Glass | 680-710℃/3min | front/rear windshield defrost heating circuits |
| SPY-6502 | Silver Paste | Glass | 500℃/7~10min | front/rear windshield defrost heating circuits |
| SPY-7001 | Silver Paste | Glass | 700℃/7~10min | front/rear windshield defrost heating circuits |
| SPY-5801 | Silver Paste | Glass | 620℃/7~10min | front/rear windshield defrost heating circuits |
| PAPL-08xxH | Pd/Ag Paste | Alumina ceramic | 850℃/10~12min | automotive oil level sensor |
Core Advantages
Related FAQ’s
A: Yes. Our silver paste are widely used for automotive glass defrosting and mirror heating films.
A: Yes. The sintered silver layer has strong adhesion and good fatigue resistance under continuous ultrasonic vibration.
A: Yes, automotive glass silver paste is formulated to resist thermal cycling and sudden temperature change.
A: Yes. The dielectric ink is specially engineered to suppress silver migration when voltage bias and moisture exist, critical for long-term switch reliability.
A: Strict raw material control and fixed manufacturing process ensure ultra-low batch-to-batch variation, which is essential for stable electrochemical signals.
