Sensor paste is a foundational functional material essential for
high-precision sensor fabrication. Engineered with high-sensitivity
response characteristics to diverse physical and chemical stimuli,
it serves as the primary medium for signal transduction and
conversion. It is extensively utilized in the manufacturing of
advanced temperature, pressure, and gas sensing architectures.
Core Advantages
● Excellent Conductivity
Ensures efficient electronic transmission, directly affecting the
sensor's response speed and sensitivity.
● Good Stability and Reliability
Maintains stable performance over a long period in complex
environments, including chemical and thermal stability.
● Flexible Process Adaptability
Can usually be applied to various substrates (including flexible
substrates) via techniques like screen printing, suitable for mass
production.
● Strong Customizable Formulation
The formulation can be customized by adjusting conductive fillers
(metal, carbon materials) and matrix resins to develop specialized
pastes for specific applications.
Application Areas
● Automotive Electronics
Used in manufacturing pressure, temperature, humidity sensors,
etc., key components for electric vehicles and intelligent driving.
● Healthcare
Widely used in electrochemical biosensors, such as continuous
glucose monitoring (CGM), uric acid detection, etc..
● Industrial Automation and IoT
Used in smart storage, environmental monitoring, smart homes, and
various physical and chemical sensors.
● Consumer Electronics
Applied in touchscreens, motion sensors, etc., in smartphones and
wearable devices.
Technical Specifications
